Insurer Brain - Recent changes [en-us]

Test

Wikilah admin — Mon, 27 Apr 2026 08:48:35 GMT

smw/schema:Profile:Facetedsearch default profile

Maintenance script — Tue, 21 Apr 2026 14:28:38 GMT

Semantic MediaWiki search import

New page

{
"type": "FACETEDSEARCH_PROFILE_SCHEMA",
"profiles": {
"default_profile": {
"message_key": "smw-facetedsearch-profile-label-default",
"debug_output": false,
"theme": "default-theme",
"result": {
"default_limit": 50,
"paging_limit": [
10,
20,
50,
250,
500
]
},
"filters": {
"property_filter": {
"hierarchy_tree": false,
"filter_input": {
"min_item": 10
}
},
"category_filter": {
"hierarchy_tree": false,
"filter_input": {
"min_item": 10
}
},
"value_filter": {
"default_filter": "list_filter",
"condition_field": false,
"filter_input": {
"min_item": 10
}
}
}
}
},
"tags": [
"faceted search"
]
}

User:Professional Wiki

Maintenance script — Tue, 21 Apr 2026 14:19:26 GMT

Maintenance script changed group membership for Professional Wiki from (none) to administrator, bureaucrat and interface administrator

Home

Wikilah admin — Thu, 16 Apr 2026 06:09:15 GMT

← Older revision		Revision as of 14:09, 16 April 2026
Line 4:		Line 4:
	["AXA FY25 results", "Web:AXA/results/FY25/press release/summary", "Results", "chart"],		["AXA FY25 results", "Web:AXA/results/FY25/press release/summary", "Results", "chart"],
	["Claude Bébéar", "Claude Bébéar", "People", "people"],		["Claude Bébéar", "Claude Bébéar", "People", "people"],
	["Group tax department", "Internal:Teams/Group Tax Department", "Team organization", "briefcase"],
	["French market ranking", "Web:Watch/France/Market ranking", "Market insights", "scale"],		["French market ranking", "Web:Watch/France/Market ranking", "Market insights", "scale"],
	["Cyber insurtechs", "Cyber insurtech MGAs and underwriting agencies", "Market screening", "lock"],		["Cyber insurtechs", "Cyber insurtech MGAs and underwriting agencies", "Market screening", "lock"],

Internal:Teams/Group Tax Department

Wikilah admin — Wed, 15 Apr 2026 14:41:56 GMT

Wikilah admin deleted page Internal:Teams/Group Tax Department content was: "{{Infobox team | name = Group Tax Department | abbreviation = GTD | parent_organization = AXA SA | parent_unit = Group Finance | head_title = Global Head of Tax | head_name = Olivier Tourtoulou | deputy_title = Deputy Head of Tax | deputy_name = Gerard Bayona | headcount = 15 | location...", and the only contributor was "Wikilah admin" (talk)

Internal:Teams/Group Corporate Finance

Wikilah admin — Wed, 15 Apr 2026 14:09:44 GMT

Wikilah admin deleted page Internal:Teams/Group Corporate Finance content was: "{{Infobox team | name = AXA Group Corporate Finance | parent_unit = DCFG | parent_organization = AXA SA | head_title = Head of Corporate Finance | head_name = Bertrand Noize | headcount = 12 | last_updated = {{Start date|2026|03|28}} }} 🏦 '''AXA Group Corporate Finance''' is a central team within...", and the only contributor was "Wikilah admin" (talk)

Cyber insurtech MGAs and underwriting agencies

Wikilah admin — Sun, 12 Apr 2026 13:04:13 GMT

← Older revision		Revision as of 21:04, 12 April 2026
Line 502:		Line 502:
	== Sync Underwriting ==		== Sync Underwriting ==
	{{Summary:Sync Underwriting\|5}}		{{Summary:Sync Underwriting\|5}}

	{{Section separator}}
	== Glossary ==
	{{#invoke:Glossary\|generate}}

Module:Glossary

Wikilah admin — Sun, 12 Apr 2026 13:03:28 GMT

← Older revision		Revision as of 21:03, 12 April 2026
(4 intermediate revisions by the same user not shown)
Line 3:		Line 3:

	function p.generate(frame)		function p.generate(frame)
			local maxEntries = tonumber(frame.args[1]) or 30
	local current = mw.title.getCurrentTitle()		local current = mw.title.getCurrentTitle()
	local content = current:getContent() or ""		local content = current:getContent() or ""

	-- find all [[internal links]]
	local seen = {}		local seen = {}
	local entries = {}		local entries = {}
			local count = 0

	for link in content:gmatch("%[%[([^%]\|]+)") do		for link in content:gmatch("%[%[([^%]\|]+)") do
		⚫	if count >= maxEntries then
		⚫	break
		⚫	end
		⚫
	local title = link:match("^(.-)#") or link		local title = link:match("^(.-)#") or link
	title = mw.text.trim(title)		title = mw.text.trim(title)
Line 16:		Line 21:
	if not seen[title] then		if not seen[title] then
	seen[title] = true		seen[title] = true
	~~local page = mw.title.new(title)~~
	if ~~page and page.exists then~~		local defTitle
	~~local text = page~~:~~getContent~~() ~~or ""~~		if title:match("^Definition:") then
	-- ~~strip~~ ~~templates and clean up~~		defTitle = title
	~~text = text:gsub("%b{}", "")~~		else
	~~text~~ = ~~text~~:~~gsub(~~"~~^%s+",~~ ~~"")~~		defTitle = "Definition:" .. title
			end
	~~-- collect up to 3 sentences~~
	local ~~sentences~~ = {}		local page = mw.title.new(defTitle)
	~~local count = 0~~		if page then
	~~for~~ ~~sentence~~ in ~~text~~:~~gmatch~~(~~"([^%.]+%.~~)~~") do~~		local text = page:getContent()
	~~sentence = mw.text.trim(sentence)~~		if text then
	if ~~sentence ~~~= "" ~~then~~		text = text:gsub("%b{}", "")
		⚫	text = text:gsub("^%s+", "")
		⚫	local sentence = text:match("^(.-%.)")
		⚫	if sentence then
		⚫	table.insert(entries, {
		⚫	title = title:gsub("^Definition:", ""),
		⚫	summary = sentence
		⚫	})
	count = count + 1		count = count + 1
	table.insert(sentences, sentence)
⚫	if count >= 3 then
⚫	~~break~~
⚫	~~end~~
	end		end
⚫	~~end~~
⚫
⚫	if ~~#sentences~~ > 0 ~~then~~
⚫	table.insert(entries, {
⚫	~~title~~ = ~~title,~~
⚫	~~summary~~ = ~~table.concat~~(~~sentences~~, " ")
⚫	})
	end		end
	end		end
Line 47:		Line 48:
	end		end

	-- sort alphabetically
	table.sort(entries, function(a, b)		table.sort(entries, function(a, b)
	return a.title < b.title		return a.title < b.title
	end)		end)

	-- render
	local out = {}		local out = {}
	for _, e in ipairs(entries) do		for _, e in ipairs(entries) do
	table.insert(out, ~~string~~.~~format(~~		table.insert(out, e.summary)
	"'''%s''': %s", e.title, e.summary
⚫	))
	end		end

Cyber insurtech MGAs and underwriting agencies

Wikilah admin — Sun, 12 Apr 2026 12:50:46 GMT

← Older revision		Revision as of 20:50, 12 April 2026
Line 502:		Line 502:
	== Sync Underwriting ==		== Sync Underwriting ==
	{{Summary:Sync Underwriting\|5}}		{{Summary:Sync Underwriting\|5}}

			{{Section separator}}
			== Glossary ==
			{{#invoke:Glossary\|generate}}

Module:Glossary

Wikilah admin — Sun, 12 Apr 2026 12:49:55 GMT

Created page with "-- Module:AutoGlossary local p = {} function p.generate(frame) local current = mw.title.getCurrentTitle() local content = current:getContent() or "" -- find all internal links local seen = {} local entries = {} for link in content:gmatch("%[%[([^%]|]+)") do local title = link:match("^(.-)#") or link title = mw.text.trim(title) if not seen[title] then seen[title] = true local p..."

New page

-- Module:AutoGlossary
local p = {}

function p.generate(frame)
local current = mw.title.getCurrentTitle()
local content = current:getContent() or ""

-- find all [[internal links]]
local seen = {}
local entries = {}

for link in content:gmatch("%[%[([^%]|]+)") do
local title = link:match("^(.-)#") or link
title = mw.text.trim(title)

if not seen[title] then
seen[title] = true
local page = mw.title.new(title)
if page and page.exists then
local text = page:getContent() or ""
-- strip templates and clean up
text = text:gsub("%b{}", "")
text = text:gsub("^%s+", "")

-- collect up to 3 sentences
local sentences = {}
local count = 0
for sentence in text:gmatch("([^%.]+%.)") do
sentence = mw.text.trim(sentence)
if sentence ~= "" then
count = count + 1
table.insert(sentences, sentence)
if count >= 3 then
break
end
end
end

if #sentences > 0 then
table.insert(entries, {
title = title,
summary = table.concat(sentences, " ")
})
end
end
end
end

-- sort alphabetically
table.sort(entries, function(a, b)
return a.title < b.title
end)

-- render
local out = {}
for _, e in ipairs(entries) do
table.insert(out, string.format(
"'''%s''': %s", e.title, e.summary
))
end

return table.concat(out, "\n\n")
end

return p

MediaWiki:Common.js

Wikilah admin — Thu, 09 Apr 2026 05:29:49 GMT

← Older revision		Revision as of 13:29, 9 April 2026
Line 321:		Line 321:
	var emailBtn = $('<a>', {		var emailBtn = $('<a>', {
	id: 'custom-email-btn',		id: 'custom-email-btn',
	href: 'mailto:~~services~~@axabrain.com',		href: 'mailto:bananabot@axabrain.com',
	// Simple accessible title		// Simple accessible title
	title: 'Contact AXA BRAIN Services'		title: 'Contact AXA BRAIN Services'

Internal:Training/IFRS17/The variable fee approach

Wikilah admin — Mon, 06 Apr 2026 18:09:24 GMT

← Older revision		Revision as of 02:09, 7 April 2026
Line 20:		Line 20:

	🤔 '''Think about it.''' If the [[Definition:General model\|general model]] creates misleading [[Definition:Volatility\|volatility]] for these contracts, how might IFRS 17 redesign the mechanics to better reflect the insurer's true economics?		🤔 '''Think about it.''' If the [[Definition:General model\|general model]] creates misleading [[Definition:Volatility\|volatility]] for these contracts, how might IFRS 17 redesign the mechanics to better reflect the insurer's true economics?

			<div data-wix-module="gm-paa" data-wix-config='{"mode":"vfa"}'>
			Loading…
			</div>

	{{Section separator}}		{{Section separator}}

MediaWiki:Gadget-wix-interactive.css

Wikilah admin — Mon, 06 Apr 2026 18:07:56 GMT

← Older revision		Revision as of 02:07, 7 April 2026
Line 2,370:		Line 2,370:

	/* ================================================================		/* ================================================================
	GM vs PAA STEPPER — data-wix-module="gm-paa"		GM vs PAA / VFA STEPPER — data-wix-module="gm-paa"
	Side-by-side table: step through General Model vs PAA.		Side-by-side table: step through General Model vs PAA or VFA.
	================================================================ */		================================================================ */

	[data-wix-module="gm-paa"] {		[data-wix-module="gm-paa"] {
	--gp-gm: #1a5276;		--gp-gm: #1a5276;
	--gp-~~paa~~: #6b4c8a;		--gp-alt: #6b4c8a;
	--gp-~~paa~~-light: #f3eef8;		--gp-alt-light: #f3eef8;
	--gp-yes: #217a4b;		--gp-yes: #217a4b;
	--gp-no: #b8423a;		--gp-no: #b8423a;
			}

			/* VFA variant overrides (applied via JS-set class) */
			[data-wix-module="gm-paa"].wix-gp--vfa {
			--gp-alt: #7a4422;
			--gp-alt-light: #f5ede6;
	}		}

Line 2,430:		Line 2,436:

	.wix-gp-th--gm { color: var(--gp-gm); }		.wix-gp-th--gm { color: var(--gp-gm); }
	.wix-gp-th--~~paa~~ { color: var(--gp-~~paa~~); }		.wix-gp-th--alt { color: var(--gp-alt); }


Line 2,456:		Line 2,462:

	.wix-gp-row--revealed .wix-gp-row-label { color: var(--wix-text); }		.wix-gp-row--revealed .wix-gp-row-label { color: var(--wix-text); }
	.wix-gp-row--current { background: var(--gp-~~paa~~-light); }		.wix-gp-row--current { background: var(--gp-alt-light); }
	.wix-gp-row--current .wix-gp-row-label { font-weight: 600; }		.wix-gp-row--current .wix-gp-row-label { font-weight: 600; }

Line 2,481:		Line 2,487:
	.wix-gp-mark--yes { color: var(--gp-yes); }		.wix-gp-mark--yes { color: var(--gp-yes); }
	.wix-gp-mark--no { color: var(--gp-no); }		.wix-gp-mark--no { color: var(--gp-no); }
			.wix-gp-mark--mod { color: var(--gp-alt); font-size: 0.7em; font-weight: 700; }


Line 2,497:		Line 2,504:
	font-size: 0.64em;		font-size: 0.64em;
	font-weight: 600;		font-weight: 600;
	color: var(--gp-~~paa~~);		color: var(--gp-alt);
	text-transform: uppercase;		text-transform: uppercase;
	letter-spacing: 0.05em;		letter-spacing: 0.05em;
Line 2,538:		Line 2,545:
	.wix-gp-cbox-num--kept { color: var(--gp-yes); }		.wix-gp-cbox-num--kept { color: var(--gp-yes); }
	.wix-gp-cbox-num--skip { color: var(--gp-no); }		.wix-gp-cbox-num--skip { color: var(--gp-no); }
	.wix-gp-cbox-num--pct { color: var(--gp-~~paa~~); }		.wix-gp-cbox-num--pct { color: var(--gp-alt); }

	.wix-gp-cbox-lbl {		.wix-gp-cbox-lbl {

MediaWiki:Gadget-wix-interactive.js

Wikilah admin — Mon, 06 Apr 2026 18:07:35 GMT

← Older revision		Revision as of 02:01, 7 April 2026
Line 42:		Line 42:

	🔍 '''A practical comparison.''' Consider a group of one-year [[Definition:Motor insurance\|motor insurance]] contracts in Germany. Under the [[Definition:General model\|general model]], the insurer would project all [[Definition:Cash flow\|cash flows]] over the remaining months, [[Definition:Discounting\|discount]] them, compute a [[Definition:Risk adjustment\|risk adjustment]], derive a [[Definition:Contractual service margin\|CSM]], and release it through [[Definition:Coverage unit\|coverage units]] each quarter. Under the [[Definition:Premium allocation approach\|PAA]], the insurer simply starts with the [[Definition:Premium\|premiums]] received, deducts [[Definition:Acquisition cost\|acquisition costs]], and recognises [[Definition:Insurance revenue\|revenue]] proportionally over the year. When a [[Definition:Claim\|claim]] occurs, it measures the [[Definition:Liability for incurred claims\|LIC]] with full rigour. The [[Definition:Income statement\|income statement]] result is materially the same, but the operational cost of producing it is far lower. For [[Definition:Non-life insurance\|non-life]] portfolios dominated by annual contracts, this efficiency gain is substantial.		🔍 '''A practical comparison.''' Consider a group of one-year [[Definition:Motor insurance\|motor insurance]] contracts in Germany. Under the [[Definition:General model\|general model]], the insurer would project all [[Definition:Cash flow\|cash flows]] over the remaining months, [[Definition:Discounting\|discount]] them, compute a [[Definition:Risk adjustment\|risk adjustment]], derive a [[Definition:Contractual service margin\|CSM]], and release it through [[Definition:Coverage unit\|coverage units]] each quarter. Under the [[Definition:Premium allocation approach\|PAA]], the insurer simply starts with the [[Definition:Premium\|premiums]] received, deducts [[Definition:Acquisition cost\|acquisition costs]], and recognises [[Definition:Insurance revenue\|revenue]] proportionally over the year. When a [[Definition:Claim\|claim]] occurs, it measures the [[Definition:Liability for incurred claims\|LIC]] with full rigour. The [[Definition:Income statement\|income statement]] result is materially the same, but the operational cost of producing it is far lower. For [[Definition:Non-life insurance\|non-life]] portfolios dominated by annual contracts, this efficiency gain is substantial.

			<div data-wix-module="gm-paa">
			Loading…
			</div>

	{{Section separator}}		{{Section separator}}

← Older revision		Revision as of 01:39, 7 April 2026
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	⚖️ '''The OCI option.''' IFRS 17 gives insurers a significant presentation choice for the effect of discount rate changes. The insurer can recognise all insurance finance income or expense in [[Definition:Profit or loss\|profit or loss]], which means every discount rate movement flows straight through the income statement. Alternatively, the insurer can choose to disaggregate: it recognises a systematic portion in profit or loss (typically based on the rate locked in at [[Definition:Initial recognition\|initial recognition]]) and parks the difference caused by subsequent rate changes in [[Definition:Other comprehensive income\|other comprehensive income]], or OCI. The OCI option reduces [[Definition:Volatility\|volatility]] in reported profit because discount rate swings, which are often large and driven by macroeconomic conditions beyond the insurer's control, are kept out of the bottom line. For a multi-country group, this choice is made at the [[Definition:Portfolio\|portfolio]] level, meaning some portfolios can use the OCI option while others present everything in profit or loss. The choice, once made, is applied consistently.		⚖️ '''The OCI option.''' IFRS 17 gives insurers a significant presentation choice for the effect of discount rate changes. The insurer can recognise all insurance finance income or expense in [[Definition:Profit or loss\|profit or loss]], which means every discount rate movement flows straight through the income statement. Alternatively, the insurer can choose to disaggregate: it recognises a systematic portion in profit or loss (typically based on the rate locked in at [[Definition:Initial recognition\|initial recognition]]) and parks the difference caused by subsequent rate changes in [[Definition:Other comprehensive income\|other comprehensive income]], or OCI. The OCI option reduces [[Definition:Volatility\|volatility]] in reported profit because discount rate swings, which are often large and driven by macroeconomic conditions beyond the insurer's control, are kept out of the bottom line. For a multi-country group, this choice is made at the [[Definition:Portfolio\|portfolio]] level, meaning some portfolios can use the OCI option while others present everything in profit or loss. The choice, once made, is applied consistently.

			<div data-wix-module="income-builder">
			Loading…
			</div>

	{{Section separator}}		{{Section separator}}

← Older revision		Revision as of 01:17, 7 April 2026
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	🤔 '''Think about it.''' We have now seen how estimates change and where the impact lands. But what actually happens when a [[Definition:Claim\|claim]] event occurs and the insurer begins the process of paying out? How does the liability move through its final stages?		🤔 '''Think about it.''' We have now seen how estimates change and where the impact lands. But what actually happens when a [[Definition:Claim\|claim]] event occurs and the insurer begins the process of paying out? How does the liability move through its final stages?

			<div data-wix-module="impact-sort">
			Loading…
			</div>

	{{Section separator}}		{{Section separator}}

← Older revision		Revision as of 01:03, 7 April 2026
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	🔢 '''Putting numbers to the idea.''' Imagine AXA writes a group of 10,000 one-year [[Definition:Home insurance\|home insurance]] contracts in Belgium, each charging a [[Definition:Premium\|premium]] of €300. The total expected [[Definition:Cash inflow\|premium inflow]] is €3,000,000. After estimating expected [[Definition:Claim\|claims]], [[Definition:Acquisition cost\|acquisition costs]], and [[Definition:Maintenance cost\|maintenance expenses]], suppose the [[Definition:Present value\|present value]] of all [[Definition:Future cash flows\|future cash outflows]] is €2,600,000 and the [[Definition:Risk adjustment\|risk adjustment]] is €120,000. The [[Definition:Fulfilment cash flows\|fulfilment cash flows]] are the sum of the [[Definition:Present value\|present value]] of [[Definition:Future cash flows\|future cash flows]] (outflows minus inflows) and the [[Definition:Risk adjustment\|risk adjustment]]. The fourth and final [[Definition:Building block\|building block]], the [[Definition:Contractual service margin\|contractual service margin]], is then set to exactly offset the [[Definition:Fulfilment cash flows\|fulfilment cash flows]], so that no [[Definition:Profit\|profit]] or [[Definition:Loss\|loss]] appears in the [[Definition:Income statement\|income statement]] on day one. In this example, the [[Definition:Contractual service margin\|CSM]] would be €280,000, representing the unearned profit the insurer expects to make.		🔢 '''Putting numbers to the idea.''' Imagine AXA writes a group of 10,000 one-year [[Definition:Home insurance\|home insurance]] contracts in Belgium, each charging a [[Definition:Premium\|premium]] of €300. The total expected [[Definition:Cash inflow\|premium inflow]] is €3,000,000. After estimating expected [[Definition:Claim\|claims]], [[Definition:Acquisition cost\|acquisition costs]], and [[Definition:Maintenance cost\|maintenance expenses]], suppose the [[Definition:Present value\|present value]] of all [[Definition:Future cash flows\|future cash outflows]] is €2,600,000 and the [[Definition:Risk adjustment\|risk adjustment]] is €120,000. The [[Definition:Fulfilment cash flows\|fulfilment cash flows]] are the sum of the [[Definition:Present value\|present value]] of [[Definition:Future cash flows\|future cash flows]] (outflows minus inflows) and the [[Definition:Risk adjustment\|risk adjustment]]. The fourth and final [[Definition:Building block\|building block]], the [[Definition:Contractual service margin\|contractual service margin]], is then set to exactly offset the [[Definition:Fulfilment cash flows\|fulfilment cash flows]], so that no [[Definition:Profit\|profit]] or [[Definition:Loss\|loss]] appears in the [[Definition:Income statement\|income statement]] on day one. In this example, the [[Definition:Contractual service margin\|CSM]] would be €280,000, representing the unearned profit the insurer expects to make.

			<div data-wix-module="building-blocks">
			Loading…
			</div>

	⚠️ '''Common misconception.''' Many learners assume that [[Definition:Initial recognition\|initial recognition]] always happens when the [[Definition:Policyholder\|policyholder]] signs the contract. In reality, the trigger can come earlier: if [[Definition:Premium\|premiums]] are due before coverage starts, or if the group is identified as [[Definition:Onerous contract\|onerous]] before either of those dates, recognition kicks in at that earlier point. The signature date matters for legal purposes, but [[Definition:IFRS 17\|IFRS 17]] cares about economic substance, not paperwork.		⚠️ '''Common misconception.''' Many learners assume that [[Definition:Initial recognition\|initial recognition]] always happens when the [[Definition:Policyholder\|policyholder]] signs the contract. In reality, the trigger can come earlier: if [[Definition:Premium\|premiums]] are due before coverage starts, or if the group is identified as [[Definition:Onerous contract\|onerous]] before either of those dates, recognition kicks in at that earlier point. The signature date matters for legal purposes, but [[Definition:IFRS 17\|IFRS 17]] cares about economic substance, not paperwork.

← Older revision		Revision as of 00:53, 7 April 2026
Line 2,763:		Line 2,763:
	var wrapper = wix.el( 'div', { className: 'wix-eng-wrapper' } );		var wrapper = wix.el( 'div', { className: 'wix-eng-wrapper' } );
	container.appendChild( wrapper );		container.appendChild( wrapper );

			/* Title */
			wrapper.appendChild( wix.el( 'div', { className: 'wix-sim-title', textContent: 'AXA CSM rollforward FY24\u201325 (\u20AC\u00A0million)' } ) );

	/* Slider grid */		/* Slider grid */

← Older revision		Revision as of 00:50, 7 April 2026
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	🤔 '''Think about it.''' The CSM stores unearned profit and releases it as coverage is provided. But how does the insurer decide how much to release each period? If a five-year contract provides more coverage in some years than others, should the release be equal each year, or should it follow the pattern of service?		🤔 '''Think about it.''' The CSM stores unearned profit and releases it as coverage is provided. But how does the insurer decide how much to release each period? If a five-year contract provides more coverage in some years than others, should the release be equal each year, or should it follow the pattern of service?

			<div data-wix-module="csm-rollforward">
			Loading…
			</div>

	{{Section separator}}		{{Section separator}}

@@ Line 1,587: / Line 1,587: @@
     min-width: 60px;
     font-size: 0.75em;
+  }
+}

← Older revision		Revision as of 23:09, 6 April 2026
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	🔍 '''What "similar risks" means in practice.''' Two contracts share similar risks when they are exposed to the same type of peril and would be expected to respond to the same economic and demographic drivers. For example, 10,000 home insurance contracts covering storm damage along the Atlantic coast of France would typically form one portfolio because they all respond to the same weather patterns, construction standards, and [[Definition:Claims\|claims]] behaviour. A separate block of motor third-party [[Definition:Liability\|liability]] contracts in Spain would form a different portfolio, because the risk drivers, such as traffic density, legal [[Definition:Claims costs\|claims costs]], and repair inflation, are entirely different. The practical test is straightforward: if the contracts are managed together by the same team under the same pricing and [[Definition:Reserving\|reserving]] approach, they almost certainly belong in the same portfolio.		🔍 '''What "similar risks" means in practice.''' Two contracts share similar risks when they are exposed to the same type of peril and would be expected to respond to the same economic and demographic drivers. For example, 10,000 home insurance contracts covering storm damage along the Atlantic coast of France would typically form one portfolio because they all respond to the same weather patterns, construction standards, and [[Definition:Claims\|claims]] behaviour. A separate block of motor third-party [[Definition:Liability\|liability]] contracts in Spain would form a different portfolio, because the risk drivers, such as traffic density, legal [[Definition:Claims costs\|claims costs]], and repair inflation, are entirely different. The practical test is straightforward: if the contracts are managed together by the same team under the same pricing and [[Definition:Reserving\|reserving]] approach, they almost certainly belong in the same portfolio.

			<div data-wix-module="grouping-funnel">
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			</div>

	⚠️ '''Common misconception.''' A portfolio is not the same as a [[Definition:Line of business\|line of business]]. Many insurers manage "property" as a single line of business, but within that line there could be several portfolios: one for residential property, another for commercial property, and perhaps a third for agricultural buildings. The portfolio is a finer grouping, defined by the similarity of risks, not by the organisational chart. Always look at the underlying risk characteristics, not the label on the department door.		⚠️ '''Common misconception.''' A portfolio is not the same as a [[Definition:Line of business\|line of business]]. Many insurers manage "property" as a single line of business, but within that line there could be several portfolios: one for residential property, another for commercial property, and perhaps a third for agricultural buildings. The portfolio is a finer grouping, defined by the similarity of risks, not by the organisational chart. Always look at the underlying risk characteristics, not the label on the department door.

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	⚠️ '''Common misconception.''' A frequent error is believing that the CSM can absorb all changes in estimates, regardless of direction or magnitude. In fact, the CSM cannot go below zero. If unfavourable changes exceed the remaining CSM, the excess is recognised immediately as a loss in the [[Definition:Income statement\|income statement]]. At that point, the group of contracts has become [[Definition:Onerous contract\|onerous]], meaning the insurer now expects to lose money. Once onerous, any further deterioration also goes directly to profit or loss. The CSM is a one-way floor at zero: it can absorb bad news only up to the point where expected profit runs out.		⚠️ '''Common misconception.''' A frequent error is believing that the CSM can absorb all changes in estimates, regardless of direction or magnitude. In fact, the CSM cannot go below zero. If unfavourable changes exceed the remaining CSM, the excess is recognised immediately as a loss in the [[Definition:Income statement\|income statement]]. At that point, the group of contracts has become [[Definition:Onerous contract\|onerous]], meaning the insurer now expects to lose money. Once onerous, any further deterioration also goes directly to profit or loss. The CSM is a one-way floor at zero: it can absorb bad news only up to the point where expected profit runs out.

	📐 '''A concrete illustration.''' Imagine AXA holds a group of ~~three~~-year [[Definition:~~Motor~~ insurance\|~~motor~~ ~~insurance~~]] contracts in Germany with an initial CSM of €5 million. At the end of year one, updated [[Definition:Claims\|claims]] data suggests that future claims will be €2 million lower than expected. The CSM rises to €7 million (before any release). At the end of year two, however, a new court ruling on [[Definition:Bodily injury\|bodily injury]] compensation increases expected future claims by €9 million. The CSM, which stood at roughly €7 million before release, cannot absorb the full €9 million. It drops to zero, and the remaining shortfall, approximately €2 million, flows straight into the income statement as a loss. This example shows the CSM acting as a shock absorber: it smooths out moderate swings, but it cannot hide genuine losses.		📐 '''A concrete illustration.''' Imagine AXA holds a group of five-year [[Definition:Employers' liability insurance\|employers' liability]] contracts in Germany with an initial CSM of €5 million. At the end of year one, updated [[Definition:Claims\|claims]] data suggests that future claims will be €2 million lower than expected. The CSM rises to €7 million (before any release). At the end of year two, however, a new court ruling on [[Definition:Bodily injury\|bodily injury]] compensation increases expected future claims by €9 million. The CSM, which stood at roughly €7 million before release, cannot absorb the full €9 million. It drops to zero, and the remaining shortfall, approximately €2 million, flows straight into the income statement as a loss. This example shows the CSM acting as a shock absorber: it smooths out moderate swings, but it cannot hide genuine losses.

	🤔 '''Think about it.''' The CSM stores unearned profit and releases it as coverage is provided. But how does the insurer decide how much to release each period? If a five-year contract provides more coverage in some years than others, should the release be equal each year, or should it follow the pattern of service?		🤔 '''Think about it.''' The CSM stores unearned profit and releases it as coverage is provided. But how does the insurer decide how much to release each period? If a five-year contract provides more coverage in some years than others, should the release be equal each year, or should it follow the pattern of service?

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	🛡️ '''An insurer's perspective.''' Consider AXA insuring 3,000 homes along the coast of Brittany against storm damage. The [[Definition:Actuaries\|actuaries]] estimate that the probability-weighted average cost of [[Definition:Claims\|claims]] over the next year is €6 million. But storms are volatile: in a mild year, claims might total only €2 million, while a severe season could push them to €15 million. The €6 million best estimate captures the average, yet it says nothing about how uncomfortable that volatility makes the insurer. The risk adjustment adds an explicit margin, say €1.2 million, to acknowledge that the insurer is exposed to outcomes far worse than average. This margin is not a hidden buffer or a secret reserve. It is reported separately on the [[Definition:Balance sheet\|balance sheet]], visible to [[Definition:Investors\|investors]], [[Definition:Regulators\|regulators]], and management alike.		🛡️ '''An insurer's perspective.''' Consider AXA insuring 3,000 homes along the coast of Brittany against storm damage. The [[Definition:Actuaries\|actuaries]] estimate that the probability-weighted average cost of [[Definition:Claims\|claims]] over the next year is €6 million. But storms are volatile: in a mild year, claims might total only €2 million, while a severe season could push them to €15 million. The €6 million best estimate captures the average, yet it says nothing about how uncomfortable that volatility makes the insurer. The risk adjustment adds an explicit margin, say €1.2 million, to acknowledge that the insurer is exposed to outcomes far worse than average. This margin is not a hidden buffer or a secret reserve. It is reported separately on the [[Definition:Balance sheet\|balance sheet]], visible to [[Definition:Investors\|investors]], [[Definition:Regulators\|regulators]], and management alike.

			<div data-wix-module="risk-adjustment">
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	⚠️ '''Common misconception.''' Learners often confuse the risk adjustment with a [[Definition:Prudential margin\|prudential margin]] designed to make reserves deliberately conservative. The risk adjustment is not about caution for its own sake. It is a principled measure of how much compensation is required for bearing non-financial risk. An insurer with a very stable, predictable portfolio would carry a small risk adjustment, while one exposed to catastrophic [[Definition:Natural disaster\|natural disaster]] risk would carry a much larger one. The size reflects the nature of the uncertainty, not a management preference for conservatism.		⚠️ '''Common misconception.''' Learners often confuse the risk adjustment with a [[Definition:Prudential margin\|prudential margin]] designed to make reserves deliberately conservative. The risk adjustment is not about caution for its own sake. It is a principled measure of how much compensation is required for bearing non-financial risk. An insurer with a very stable, predictable portfolio would carry a small risk adjustment, while one exposed to catastrophic [[Definition:Natural disaster\|natural disaster]] risk would carry a much larger one. The size reflects the nature of the uncertainty, not a management preference for conservatism.

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	<div data-wix-module="balance-sheet" data-wix-blocks='[		<div data-wix-module="balance-sheet" data-wix-blocks='[
	{"label":"Assets","sub":"(market value)","val":1000,"color":"#~~D3D1C7~~","hColor":"#~~C5C3B9~~","textColor":"#~~444441~~","subColor":"#~~5F5E5A~~","question":"Assets (market value)","body":"The insurer's investment portfolio: government bonds, corporate bonds, equities, and real estate."},		{"label":"Assets","sub":"(market value)","val":1000,"color":"#C5C3B9","hColor":"#B5B3A9","textColor":"#333330","subColor":"#4F4E4A","question":"Assets (market value)","body":"The insurer\u2019s investment portfolio: government bonds, corporate bonds, equities, and real estate."},
	{"label":"Equity","sub":"","val":200,"color":"#~~E6F1FB~~","hColor":"#~~D0E4F5~~","textColor":"#0C447C","subColor":"#185FA5","question":"Equity (firm's funds)","body":"Shareholders' equity — the residual after subtracting all liabilities from assets."},		{"label":"Equity","sub":"","val":200,"color":"#CADDF0","hColor":"#B5CEE8","textColor":"#0C447C","subColor":"#185FA5","question":"Equity (firm\u2019s funds)","body":"Shareholders\u2019 equity \u2014 the residual after subtracting all liabilities from assets."},
	{"label":"CSM","sub":"(contractual service margin)","val":140,"color":"#~~EEEDFE~~","hColor":"#~~DDDCF9~~","textColor":"#3C3489","subColor":"#534AB7","question":"Contractual service margin","body":"Unearned profit locked away at inception and released gradually as the insurer delivers coverage."},		{"label":"CSM","sub":"(contractual service margin)","val":140,"color":"#DAD8FC","hColor":"#C8C5F7","textColor":"#3C3489","subColor":"#534AB7","question":"Contractual service margin","body":"Unearned profit locked away at inception and released gradually as the insurer delivers coverage."},
	{"label":"RA","sub":"(risk adjustment)","val":60,"color":"#~~FAECE7~~","hColor":"#~~F2DDD5~~","textColor":"#712B13","subColor":"#993C1D","question":"Risk adjustment","body":"An explicit allowance for the uncertainty in the cash flow estimates."},		{"label":"RA","sub":"(risk adjustment)","val":60,"color":"#F2D5CC","hColor":"#E8C3B7","textColor":"#712B13","subColor":"#993C1D","question":"Risk adjustment","body":"An explicit allowance for the uncertainty in the cash flow estimates."},
	{"label":"PV FCF","sub":"(present value future cash flows)","val":600,"color":"#~~E1F5EE~~","hColor":"#~~CEEADE~~","textColor":"#085041","subColor":"#0F6E56","question":"Present value of future cash flows","body":"The probability-weighted estimate of all future cash flows, discounted to present value."}		{"label":"PV FCF","sub":"(present value future cash flows)","val":600,"color":"#B8E5D5","hColor":"#A0D9C5","textColor":"#085041","subColor":"#0F6E56","question":"Present value of future cash flows","body":"The probability-weighted estimate of all future cash flows, discounted to present value."}
	]'>Loading…</div>		]'>Loading…</div>

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	==== [[Internal:Training/IFRS17/The building blocks: overview\|The building blocks: overview]] ====		==== [[Internal:Training/IFRS17/The building blocks: overview\|The building blocks: overview]] ====
	* The idea of decomposing a liability into transparent pieces		* The idea of decomposing a liability into transparent pieces
			* The two building blocks and the three ingredients of fulfilment cash flows
	* The four components at a glance: FCF, discounting, RA, CSM
	* How the building blocks solve the problems of the old world		* How the building blocks solve the problems of the old world

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	🏗️ '''One number hides the story.''' Under the old rules, many insurers reported their insurance [[Definition:Reserves\|reserves]] as a single lump sum on the [[Definition:Balance sheet\|balance sheet]]. Imagine you see a line that reads "insurance liabilities: €800 million." What does that number actually contain? Is it mostly expected future claims? Does it include a cushion for uncertainty? Is there unearned [[Definition:Profit\|profit]] buried inside? With a single figure, there is no way to tell. This is the core problem IFRS 17 set out to fix: not just to measure the liability differently, but to break it open so that every reader of the [[Definition:Financial statements\|financial statements]] can see exactly what is inside.		🏗️ '''One number hides the story.''' Under the old rules, many insurers reported their insurance [[Definition:Reserves\|reserves]] as a single lump sum on the [[Definition:Balance sheet\|balance sheet]]. Imagine you see a line that reads "insurance liabilities: €800 million." What does that number actually contain? Is it mostly expected future claims? Does it include a cushion for uncertainty? Is there unearned [[Definition:Profit\|profit]] buried inside? With a single figure, there is no way to tell. This is the core problem IFRS 17 set out to fix: not just to measure the liability differently, but to break it open so that every reader of the [[Definition:Financial statements\|financial statements]] can see exactly what is inside.

	<div data-wix-module="~~liability~~-~~waterfall~~" data-wix-blocks='[		<div data-wix-module="balance-sheet" data-wix-blocks='[
	{"label":"~~Expected\ncash flows~~","~~short~~":"~~€680m~~","~~value~~":~~680~~,"color":"#~~534AB7~~","~~titleColor~~":"#~~3C3489~~","question":"~~How much~~ ~~cash~~ ~~will likely flow out?~~","body":"The ~~probability-weighted~~ ~~estimate~~ of ~~future~~ ~~claims~~, ~~expenses~~, ~~and~~ ~~premiums~~ ~~still~~ ~~expected~~."},		{"label":"Assets","sub":"(market value)","val":1000,"color":"#D3D1C7","hColor":"#C5C3B9","textColor":"#444441","subColor":"#5F5E5A","question":"Assets (market value)","body":"The insurer's investment portfolio: government bonds, corporate bonds, equities, and real estate."},
	{"label":"~~Discounting~~","~~short~~":"~~−€80m~~","~~value~~":~~-80~~,"color":"#~~1D9E75~~","~~titleColor~~":"#~~085041~~","question":"~~What~~ is ~~the time value of waiting?~~","body":"~~Future~~ ~~cash~~ ~~flows~~ ~~are~~ ~~worth~~ ~~less~~ ~~today. Discounting converts them to present value, reducing the~~ ~~reported~~ ~~liability~~ by ~~€80m~~."},		{"label":"Equity","sub":"","val":200,"color":"#E6F1FB","hColor":"#D0E4F5","textColor":"#0C447C","subColor":"#185FA5","question":"Equity (firm's funds)","body":"Shareholders' equity — the residual after subtracting all liabilities from assets."},
	{"label":"~~Risk\nadjustment~~","~~short~~":"~~+€60m~~","~~value~~":60,"color":"#~~D85A30~~","~~titleColor~~":"#~~712B13~~","question":"~~How~~ ~~much~~ ~~extra for uncertainty?~~","body":"An ~~explicit~~ ~~allowance~~ ~~for~~ ~~the~~ ~~risk~~ ~~that~~ ~~actual~~ ~~cash~~ ~~flows~~ ~~may~~ ~~exceed the~~ ~~expected~~ ~~amount~~."},		{"label":"CSM","sub":"(contractual service margin)","val":140,"color":"#EEEDFE","hColor":"#DDDCF9","textColor":"#3C3489","subColor":"#534AB7","question":"Contractual service margin","body":"Unearned profit locked away at inception and released gradually as the insurer delivers coverage."},
	{"label":"~~CSM~~","~~short~~":"~~+€140m~~","~~value~~":~~140~~,"color":"#~~185FA5~~","~~titleColor~~":"#~~0C447C~~","question":"~~How~~ ~~much future profit is locked inside?~~","body":"~~The~~ ~~contractual~~ ~~service~~ ~~margin:~~ ~~expected profit captured at inception and released~~ ~~gradually~~ as the ~~insurer~~ ~~delivers~~ ~~coverage~~."},		{"label":"RA","sub":"(risk adjustment)","val":60,"color":"#FAECE7","hColor":"#F2DDD5","textColor":"#712B13","subColor":"#993C1D","question":"Risk adjustment","body":"An explicit allowance for the uncertainty in the cash flow estimates."},
	{"label":"~~Total\nliability~~","~~short~~":"~~€800m~~","~~value~~":~~800~~,"color":"#~~888780~~","~~titleColor~~":"#~~444441~~","question":"~~The~~ ~~full~~ ~~IFRS~~ 17 ~~liability~~","body":"~~680~~ − 80 + 60 + ~~140~~ = ~~€800m.~~ ~~Now~~ ~~every~~ ~~reader can see exactly what is inside~~."}		{"label":"PV FCF","sub":"(present value future cash flows)","val":600,"color":"#E1F5EE","hColor":"#CEEADE","textColor":"#085041","subColor":"#0F6E56","question":"Present value of future cash flows","body":"The probability-weighted estimate of all future cash flows, discounted to present value."}
	]'>Loading…</div>		]'>Loading…</div>

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