90% faster technical review
AI agent for Energy Underwriters
From engineering reports to risk decisions
Delegate technical engineering analysis to a specialized AI agent. It reads offshore platform specifications, renewable energy farm designs, and safety documentation to extract risk-critical data, identify hazards, and generate standardized risk assessments that accelerate your underwriting decisions.

Ideal for
Energy Underwriters
Risk Engineers
Technical Underwriting

See AI agent for Energy Underwriters in action
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See AI agent for Energy Underwriters in action
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See AI agent for Energy Underwriters in action
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Offshore Platform Risk Assessment
See AI agent for Energy Underwriters in action
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Time comparison
Time comparison
Traditional way
3-5 days per platform
With V7 Go agents
20-30 minutes
Average time saved
90%
Why V7 Go
Why V7 Go
Engineering Specification Extraction
Automatically extracts critical technical data from engineering reports including equipment specifications, safety system configurations, structural designs, and operational parameters across offshore platforms and renewable installations.
Engineering Specification Extraction
Automatically extracts critical technical data from engineering reports including equipment specifications, safety system configurations, structural designs, and operational parameters across offshore platforms and renewable installations.
Engineering Specification Extraction
Automatically extracts critical technical data from engineering reports including equipment specifications, safety system configurations, structural designs, and operational parameters across offshore platforms and renewable installations.
Engineering Specification Extraction
Automatically extracts critical technical data from engineering reports including equipment specifications, safety system configurations, structural designs, and operational parameters across offshore platforms and renewable installations.
Hazard Identification
Identifies technical hazards by comparing platform designs against industry standards, flagging non-compliant safety systems, inadequate redundancy, and configurations that increase loss exposure.
Hazard Identification
Identifies technical hazards by comparing platform designs against industry standards, flagging non-compliant safety systems, inadequate redundancy, and configurations that increase loss exposure.
Hazard Identification
Identifies technical hazards by comparing platform designs against industry standards, flagging non-compliant safety systems, inadequate redundancy, and configurations that increase loss exposure.
Hazard Identification
Identifies technical hazards by comparing platform designs against industry standards, flagging non-compliant safety systems, inadequate redundancy, and configurations that increase loss exposure.
Standards Compliance Verification
Validates engineering designs against API, ISO, and DNV standards by cross-referencing specifications with your Knowledge Hub of regulatory requirements and industry best practices.
Standards Compliance Verification
Validates engineering designs against API, ISO, and DNV standards by cross-referencing specifications with your Knowledge Hub of regulatory requirements and industry best practices.
Standards Compliance Verification
Validates engineering designs against API, ISO, and DNV standards by cross-referencing specifications with your Knowledge Hub of regulatory requirements and industry best practices.
Standards Compliance Verification
Validates engineering designs against API, ISO, and DNV standards by cross-referencing specifications with your Knowledge Hub of regulatory requirements and industry best practices.
Multi-Asset Analysis
Processes entire portfolios of energy assets simultaneously, analyzing dozens of offshore platforms or wind farms in parallel to complete fleet-wide risk assessments in hours instead of weeks.
Multi-Asset Analysis
Processes entire portfolios of energy assets simultaneously, analyzing dozens of offshore platforms or wind farms in parallel to complete fleet-wide risk assessments in hours instead of weeks.
Multi-Asset Analysis
Processes entire portfolios of energy assets simultaneously, analyzing dozens of offshore platforms or wind farms in parallel to complete fleet-wide risk assessments in hours instead of weeks.
Multi-Asset Analysis
Processes entire portfolios of energy assets simultaneously, analyzing dozens of offshore platforms or wind farms in parallel to complete fleet-wide risk assessments in hours instead of weeks.
Technical Data Normalization
Standardizes inconsistent engineering terminology and measurement units across reports from different operators and jurisdictions, enabling accurate comparison of technical specifications and risk profiles.
Technical Data Normalization
Standardizes inconsistent engineering terminology and measurement units across reports from different operators and jurisdictions, enabling accurate comparison of technical specifications and risk profiles.
Technical Data Normalization
Standardizes inconsistent engineering terminology and measurement units across reports from different operators and jurisdictions, enabling accurate comparison of technical specifications and risk profiles.
Technical Data Normalization
Standardizes inconsistent engineering terminology and measurement units across reports from different operators and jurisdictions, enabling accurate comparison of technical specifications and risk profiles.
Auditable Technical Analysis
Links every extracted specification and identified hazard directly to its source location in engineering drawings and technical reports with AI Citations, creating a defensible audit trail for underwriting decisions.
Auditable Technical Analysis
Links every extracted specification and identified hazard directly to its source location in engineering drawings and technical reports with AI Citations, creating a defensible audit trail for underwriting decisions.
Auditable Technical Analysis
Links every extracted specification and identified hazard directly to its source location in engineering drawings and technical reports with AI Citations, creating a defensible audit trail for underwriting decisions.
Auditable Technical Analysis
Links every extracted specification and identified hazard directly to its source location in engineering drawings and technical reports with AI Citations, creating a defensible audit trail for underwriting decisions.
Analyzes technical documentation
To deliver standardized risk assessments.
Get started
Get started


Import your files
Microsoft Sharepoint Online
,
Microsoft Excel
,
Salesforce
Import your files from whereever they are currently stored
All types of Insurance documents supported
Once imported our system extracts and organises the essentials
Customer voices
Customer voices
Connect AI to your engineering standards.
Connect AI to your engineering standards.
Turn technical reports into consistent risk decisions.
Turn technical reports into consistent risk decisions.
Finance
•
Legal
•
Insurance
•
Tax
•
Real Estate
Finance
•
Legal
•
Insurance
•
Tax
•
Real Estate
Finance
•
Legal
•
Insurance
•
Tax
•
Real Estate
Customer Voices
Industrial equipment sales
We are looking for V7 Go and AI in general to be the beating heart of our company and our growth. It will make us more productive as a company, liaising with customers, automating tasks, even finding new work.
Read the full story
Industrial equipment sales
We are looking for V7 Go and AI in general to be the beating heart of our company and our growth. It will make us more productive as a company, liaising with customers, automating tasks, even finding new work.
Read the full story
Insurance
We have six assessors. Before V7 Go, each would process around 15 claims a day, about 90 in total. With V7 Go, we’re expecting that to rise to around 20 claims per assessor, which adds up to an extra 30 claims a day. That’s the equivalent of two additional full-time assessors. Beyond the cost savings, there’s real reputational gains from fewer errors and faster turnaround times.
Read the full story
Insurance
We have six assessors. Before V7 Go, each would process around 15 claims a day, about 90 in total. With V7 Go, we’re expecting that to rise to around 20 claims per assessor, which adds up to an extra 30 claims a day. That’s the equivalent of two additional full-time assessors. Beyond the cost savings, there’s real reputational gains from fewer errors and faster turnaround times.
Read the full story
Real Estate
Prior to V7, people using the software were manually inputting data. Now it’s so much faster because it just reads it for them. On average, it saves our customers 45 minutes to an hour of work, and it’s more accurate.
Read the full story
Real Estate
Prior to V7, people using the software were manually inputting data. Now it’s so much faster because it just reads it for them. On average, it saves our customers 45 minutes to an hour of work, and it’s more accurate.
Read the full story
Industrial equipment sales
We are looking for V7 Go and AI in general to be the beating heart of our company and our growth. It will make us more productive as a company, liaising with customers, automating tasks, even finding new work.
Read the full story
Insurance
We have six assessors. Before V7 Go, each would process around 15 claims a day, about 90 in total. With V7 Go, we’re expecting that to rise to around 20 claims per assessor, which adds up to an extra 30 claims a day. That’s the equivalent of two additional full-time assessors. Beyond the cost savings, there’s real reputational gains from fewer errors and faster turnaround times.
Read the full story
Real Estate
Prior to V7, people using the software were manually inputting data. Now it’s so much faster because it just reads it for them. On average, it saves our customers 45 minutes to an hour of work, and it’s more accurate.
Read the full story
Finance
“Whenever I think about hiring, I first try to do it in V7 Go.” Discover how HITICCO uses V7 Go agents to accelerate and enrich their prospect research.
Read the full story
Finance
The experience with V7 has been fantastic. Very customized level of support. You feel like they really care about your outcome and objectives.
Read the full story
Features
Features
Results you can actually trust.
Reliable AI document processing toolkit.
Results you can trust.
Trustworthy AI document processing toolkit.
Supporting complex documents.
Up to 200 pages.
Engineering reports combine dense technical text with complex diagrams. This agent handles P&IDs, structural drawings, equipment schematics, and specification tables, extracting risk-relevant data regardless of document format or visual complexity.
Input types
50+ languages
Technical Diagrams
200 pages
Multi-modal
Document types
PDFs
Engineering Drawings
Complex Tables
Technical Schematics
Spreadsheets
Vendor_US.xlsx

3
Supply_2023.pptx

Review_Legal.pdf

Supporting complex documents.
Up to 200 pages.
Engineering reports combine dense technical text with complex diagrams. This agent handles P&IDs, structural drawings, equipment schematics, and specification tables, extracting risk-relevant data regardless of document format or visual complexity.
Input types
50+ languages
Technical Diagrams
200 pages
Multi-modal
Document types
PDFs
Engineering Drawings
Complex Tables
Technical Schematics
Spreadsheets
Vendor_US.xlsx

3
Supply_2023.pptx

Review_Legal.pdf

Supporting complex documents.
Up to 200 pages.
Engineering reports combine dense technical text with complex diagrams. This agent handles P&IDs, structural drawings, equipment schematics, and specification tables, extracting risk-relevant data regardless of document format or visual complexity.
Input types
50+ languages
Technical Diagrams
200 pages
Multi-modal
Document types
PDFs
Engineering Drawings
Complex Tables
Technical Schematics
Spreadsheets
Vendor_US.xlsx

3
Supply_2023.pptx

Review_Legal.pdf

Reach 99% accuracy rate
through GenAI reasoning.
Technical specifications demand precision. The agent uses multi-step validation to ensure equipment ratings, safety system configurations, and structural parameters are extracted accurately, preventing underwriting decisions based on incorrect technical data.
Model providers

Security note
V7 never trains models on your private data. We keep your data encrypted and allow you to deploy your own models.
Answer
Type
Text
Tool
o4 Mini
Reasoning effort
Min
Low
Mid
High
AI Citations
Inputs
Set a prompt (Press @ to mention an input)
Reach 99% accuracy rate
through GenAI reasoning.
Technical specifications demand precision. The agent uses multi-step validation to ensure equipment ratings, safety system configurations, and structural parameters are extracted accurately, preventing underwriting decisions based on incorrect technical data.
Model providers

Security note
V7 never trains models on your private data. We keep your data encrypted and allow you to deploy your own models.
Answer
Type
Text
Tool
o4 Mini
Reasoning effort
Min
Low
Mid
High
AI Citations
Inputs
Set a prompt (Press @ to mention an input)
Reach 99% accuracy rate
through GenAI reasoning.
Technical specifications demand precision. The agent uses multi-step validation to ensure equipment ratings, safety system configurations, and structural parameters are extracted accurately, preventing underwriting decisions based on incorrect technical data.
Model providers

Security note
V7 never trains models on your private data. We keep your data encrypted and allow you to deploy your own models.
Answer
Type
Text
Tool
o4 Mini
Reasoning effort
Min
Low
Mid
High
AI Citations
Inputs
Set a prompt (Press @ to mention an input)
Trustworthy results,
grounded in reality.
Verify every technical finding instantly. Each extracted specification, identified hazard, and compliance flag is visually linked to its exact location in engineering drawings and reports, creating a complete audit trail for regulatory review.

Visual grounding in action
00:54
Deliberate Misrepresentation: During the trial, evidence was presented showing that John Doe deliberately misrepresented his income on multiple occasions over several years. This included falsifying documents, underreporting income, and inflating deductions to lower his tax liability. Such deliberate deception demonstrates intent to evade taxes.
Pattern of Behavior: The prosecution demonstrated a consistent pattern of behavior by John Doe, spanning several years, wherein he consistently failed to report substantial portions of his income. This pattern suggested a systematic attempt to evade taxes rather than mere oversight or misunderstanding.
Concealment of Assets: Forensic accounting revealed that John Doe had taken significant steps to conceal his assets offshore, including setting up shell companies and using complex financial structures to hide income from tax authorities. Such elaborate schemes indicate a deliberate effort to evade taxes and avoid detection.
Failure to Cooperate: Throughout the investigation and trial, John Doe displayed a lack of cooperation with tax authorities. He refused to provide requested documentation, obstructed the audit process, and failed to disclose relevant financial information. This obstructionism further supported the prosecution's argument of intentional tax evasion.
Prior Warning and Ignoring Compliance

02
01
01
02
Trustworthy results,
grounded in reality.
Verify every technical finding instantly. Each extracted specification, identified hazard, and compliance flag is visually linked to its exact location in engineering drawings and reports, creating a complete audit trail for regulatory review.

Visual grounding in action
00:54
Deliberate Misrepresentation: During the trial, evidence was presented showing that John Doe deliberately misrepresented his income on multiple occasions over several years. This included falsifying documents, underreporting income, and inflating deductions to lower his tax liability. Such deliberate deception demonstrates intent to evade taxes.
Pattern of Behavior: The prosecution demonstrated a consistent pattern of behavior by John Doe, spanning several years, wherein he consistently failed to report substantial portions of his income. This pattern suggested a systematic attempt to evade taxes rather than mere oversight or misunderstanding.
Concealment of Assets: Forensic accounting revealed that John Doe had taken significant steps to conceal his assets offshore, including setting up shell companies and using complex financial structures to hide income from tax authorities. Such elaborate schemes indicate a deliberate effort to evade taxes and avoid detection.
Failure to Cooperate: Throughout the investigation and trial, John Doe displayed a lack of cooperation with tax authorities. He refused to provide requested documentation, obstructed the audit process, and failed to disclose relevant financial information. This obstructionism further supported the prosecution's argument of intentional tax evasion.
Prior Warning and Ignoring Compliance

02
01
01
02
Trustworthy results,
grounded in reality.
Verify every technical finding instantly. Each extracted specification, identified hazard, and compliance flag is visually linked to its exact location in engineering drawings and reports, creating a complete audit trail for regulatory review.

Visual grounding in action
00:54
Deliberate Misrepresentation: During the trial, evidence was presented showing that John Doe deliberately misrepresented his income on multiple occasions over several years. This included falsifying documents, underreporting income, and inflating deductions to lower his tax liability. Such deliberate deception demonstrates intent to evade taxes.
Pattern of Behavior: The prosecution demonstrated a consistent pattern of behavior by John Doe, spanning several years, wherein he consistently failed to report substantial portions of his income. This pattern suggested a systematic attempt to evade taxes rather than mere oversight or misunderstanding.
Concealment of Assets: Forensic accounting revealed that John Doe had taken significant steps to conceal his assets offshore, including setting up shell companies and using complex financial structures to hide income from tax authorities. Such elaborate schemes indicate a deliberate effort to evade taxes and avoid detection.
Failure to Cooperate: Throughout the investigation and trial, John Doe displayed a lack of cooperation with tax authorities. He refused to provide requested documentation, obstructed the audit process, and failed to disclose relevant financial information. This obstructionism further supported the prosecution's argument of intentional tax evasion.
Prior Warning and Ignoring Compliance

02
01
01
02
Enterprise grade security
for high-stake industries.
Engineering reports contain proprietary platform designs and operational data. V7 Go processes these documents within your secure environment, ensuring confidentiality and compliance with data protection requirements for sensitive energy infrastructure.
Certifications
GDPR
SOC2
HIPAA
ISO
Safety
Custom storage
Data governance
Access-level permissions
Enterprise grade security
for high-stake industries.
Engineering reports contain proprietary platform designs and operational data. V7 Go processes these documents within your secure environment, ensuring confidentiality and compliance with data protection requirements for sensitive energy infrastructure.
Certifications
GDPR
SOC2
HIPAA
ISO
Safety
Custom storage
Data governance
Access-level permissions
Enterprise grade security
for high-stake industries.
Engineering reports contain proprietary platform designs and operational data. V7 Go processes these documents within your secure environment, ensuring confidentiality and compliance with data protection requirements for sensitive energy infrastructure.
Certifications
GPDR
SOC2
HIPAA
ISO
Safety
Custom storage
Data governance
Access-level permissions
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Answers
Answers
What you need to know about our
AI agent for Energy Underwriters
How does the agent handle complex engineering drawings?
The agent processes both text-based specifications and visual engineering drawings. It extracts data from P&IDs, structural diagrams, and equipment schematics, understanding technical symbols and annotations to identify risk-relevant configurations.
+
How does the agent handle complex engineering drawings?
The agent processes both text-based specifications and visual engineering drawings. It extracts data from P&IDs, structural diagrams, and equipment schematics, understanding technical symbols and annotations to identify risk-relevant configurations.
+
How does the agent handle complex engineering drawings?
The agent processes both text-based specifications and visual engineering drawings. It extracts data from P&IDs, structural diagrams, and equipment schematics, understanding technical symbols and annotations to identify risk-relevant configurations.
+
What types of energy assets can it assess?
The agent handles offshore oil and gas platforms, subsea infrastructure, onshore and offshore wind farms, solar installations, and energy storage facilities. It adapts to different asset types by recognizing their unique technical characteristics and risk factors.
+
What types of energy assets can it assess?
The agent handles offshore oil and gas platforms, subsea infrastructure, onshore and offshore wind farms, solar installations, and energy storage facilities. It adapts to different asset types by recognizing their unique technical characteristics and risk factors.
+
What types of energy assets can it assess?
The agent handles offshore oil and gas platforms, subsea infrastructure, onshore and offshore wind farms, solar installations, and energy storage facilities. It adapts to different asset types by recognizing their unique technical characteristics and risk factors.
+
How does it know which engineering standards to apply?
The agent connects to your Knowledge Hub containing API, ISO, DNV, and other relevant standards. You configure which standards apply to different asset types and jurisdictions, and the agent validates designs against these requirements.
+
How does it know which engineering standards to apply?
The agent connects to your Knowledge Hub containing API, ISO, DNV, and other relevant standards. You configure which standards apply to different asset types and jurisdictions, and the agent validates designs against these requirements.
+
How does it know which engineering standards to apply?
The agent connects to your Knowledge Hub containing API, ISO, DNV, and other relevant standards. You configure which standards apply to different asset types and jurisdictions, and the agent validates designs against these requirements.
+
Can it identify emerging risks in renewable energy?
Yes. The agent analyzes novel configurations in offshore wind, floating solar, and battery storage systems. It flags untested designs, identifies gaps in safety protocols for new technologies, and highlights where industry standards may not yet address emerging risks.
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Can it identify emerging risks in renewable energy?
Yes. The agent analyzes novel configurations in offshore wind, floating solar, and battery storage systems. It flags untested designs, identifies gaps in safety protocols for new technologies, and highlights where industry standards may not yet address emerging risks.
+
Can it identify emerging risks in renewable energy?
Yes. The agent analyzes novel configurations in offshore wind, floating solar, and battery storage systems. It flags untested designs, identifies gaps in safety protocols for new technologies, and highlights where industry standards may not yet address emerging risks.
+
How accurate is the technical data extraction?
The agent achieves high accuracy on technical specifications by using multi-step validation workflows. For critical safety systems, every extracted parameter is visually linked to its source, allowing underwriters to verify measurements and configurations.
+
How accurate is the technical data extraction?
The agent achieves high accuracy on technical specifications by using multi-step validation workflows. For critical safety systems, every extracted parameter is visually linked to its source, allowing underwriters to verify measurements and configurations.
+
How accurate is the technical data extraction?
The agent achieves high accuracy on technical specifications by using multi-step validation workflows. For critical safety systems, every extracted parameter is visually linked to its source, allowing underwriters to verify measurements and configurations.
+
What is the final output format?
The agent delivers a structured risk assessment report containing extracted technical specifications, identified hazards, standards compliance status, and risk ratings. This output integrates directly into your underwriting systems or can be exported as Excel or PDF.
+
What is the final output format?
The agent delivers a structured risk assessment report containing extracted technical specifications, identified hazards, standards compliance status, and risk ratings. This output integrates directly into your underwriting systems or can be exported as Excel or PDF.
+
What is the final output format?
The agent delivers a structured risk assessment report containing extracted technical specifications, identified hazards, standards compliance status, and risk ratings. This output integrates directly into your underwriting systems or can be exported as Excel or PDF.
+
Next steps
Next steps
Still spending days reviewing platform specifications?
Send us a sample offshore platform or wind farm engineering report, and we'll show you the complete risk assessment in under 30 minutes.
Uncover hidden liabilities
in
supplier contracts.
V7 Go transforms documents into strategic assets. 150+ enterprises are already on board:
Uncover hidden liabilities
in
supplier contracts.
V7 Go transforms documents into strategic assets. 150+ enterprises are already on board:
