Engineering Services and Software Solutions for Safety and Cybersecurity Critical Systems.
Agnile helps automotive, aerospace, embedded, IoT, and enterprise teams turn complex architectures into production-ready systems — connecting cybersecurity, safety, embedded software, verification & validation, and digital engineering.
Software platform: KAVACH — AI-native ISO/SAE 21434 workspace
ENGINEERING DOMAINS
Engineering Domains We Support.
Agnile brings together domain-specific engineering and software capabilities for systems where safety, security, reliability, and evidence matter.
Automotive
Automotive Engineering
Cybersecurity, functional safety, embedded software, AUTOSAR, diagnostics, OTA, verification & validation, ISO/SAE 21434, UNECE R155/R156, ISO 26262, AIS 189/190, and KAVACH.
Aerospace
Aerospace & Avionics
DO-178C-aligned software engineering, requirements-based verification, structural coverage, ARP4754A/ARP4761 support, SOI review evidence packages, and certification-support evidence.
Embedded & IoT
Embedded & IoT Engineering
Firmware, RTOS, embedded Linux, device drivers, board bring-up, sensor and actuator integration, BLE/Wi-Fi/Ethernet/cellular connectivity, IoT gateways, OTA clients, and secure provisioning.
Digital Engineering
Digital Engineering & IT Solutions
Frontend, backend, full-stack applications, APIs, cloud platforms, dashboards, portals, SaaS products, enterprise workflow tools, DevOps, CI/CD, and secure application development.
V&V
Cross-Domain Verification & Validation
Requirements-based verification, MIL/SIL/PIL/HIL, regression automation, system integration testing, frontend/backend/API testing, fault injection, structural coverage, and release evidence across domains.
01 · Automotive
Automotive Engineering
Cybersecurity, functional safety, embedded software, AUTOSAR, diagnostics, OTA, verification & validation, ISO/SAE 21434, UNECE R155/R156, ISO 26262, AIS 189/190, and KAVACH.
02 · Aerospace
Aerospace & Avionics
DO-178C-aligned software engineering, requirements-based verification, structural coverage, ARP4754A/ARP4761 support, SOI review evidence packages, and certification-support evidence.
03 · Embedded & IoT
Embedded & IoT Engineering
Firmware, RTOS, embedded Linux, device drivers, board bring-up, sensor and actuator integration, BLE/Wi-Fi/Ethernet/cellular connectivity, IoT gateways, OTA clients, and secure provisioning.
04 · Digital Engineering
Digital Engineering & IT Solutions
Frontend, backend, full-stack applications, APIs, cloud platforms, dashboards, portals, SaaS products, enterprise workflow tools, DevOps, CI/CD, and secure application development.
05 · V&V
Cross-Domain Verification & Validation
Requirements-based verification, MIL/SIL/PIL/HIL, regression automation, system integration testing, frontend/backend/API testing, fault injection, structural coverage, and release evidence across domains.
WHY AGNILE
Built for Engineering Programmes Where Trust Must Be Proven.
- 01
Domain-Specific Engineering Depth.
Agnile organises engineering by domain — automotive, aerospace, embedded, IoT, and digital — so programmes are supported by people who understand each domain's constraints and standards.
- 02
Safety, Security, Software, and Validation Connected from the Start.
Critical systems break when these disciplines are coordinated late. Agnile brings them together from architecture and requirements, not at the evidence stage.
- 03
Evidence Discipline Across Critical Systems.
Engineering outputs are designed to be traceable, reviewable, and ready for customer, supplier, and compliance discussions — not reconstructed at the end of the programme.
- 04
Software-Led Methods Through KAVACH and Internal Workflows.
We combine domain expertise with internal tools and AI-native workflows — including KAVACH for ISO/SAE 21434 — to improve consistency and traceability across engineering work products.
FLAGSHIP PLATFORM
From Vehicle Architecture to Cybersecurity Evidence.
KAVACH is Agnile’s AI-native ISO/SAE 21434 workspace for automotive cybersecurity engineering. It helps teams move from vehicle architecture to assets, damage scenarios, threats, attack paths, controls, and traceable cybersecurity evidence — with engineer-in-the-loop review at every stage.
AI-native means KAVACH uses architecture-aware retrieval, curated automotive cybersecurity knowledge, structured generation, validation checks, and engineer-in-the-loop approval — not generic chatbot output.
FLAGSHIP — KAVACH
AI-Native ISO/SAE 21434 Workspace for Automotive Cybersecurity Engineering.
KAVACH is our AI-native ISO/SAE 21434 workspace. Architecture canvas, AI-powered threat analysis, attack-tree workflow, and ISO/SAE 21434 work-product evidence — built for the engineering teams safeguarding modern vehicles.
ISO/SAE 21434 · CL.5–15 · 42 WORK PRODUCTS · ON-PREM OR CLOUD VPC
STANDARDS & CREDIBILITY
From Architecture to Evidence Preparation.
Agnile supports engineering teams from architecture and requirements through implementation, validation, release, and evidence preparation — across systems where safety, security, software quality, and traceability must hold together.
- ISO 9001 certified
- ISO/IEC 27001 certified
- Automotive, aerospace, embedded, IoT, and enterprise software focus
- Engineering services + KAVACH software
- certified practitioners
LIFECYCLE COVERAGE
From Item Definition to Assessment Readiness.
Six stages, item definition through cybersecurity assessment readiness — with ISO/SAE 21434 work-product evidence produced as the engagement runs.
- 01
Item Definition
Cl. 9
- 02
Concept
Cl. 9–10
- 03
Development
Cl. 10–11
- 04
Verification
Cl. 11
- 05
Production
Cl. 12
- 06
Assessment Readiness
UNECE R155
STANDARDS WE ENGINEER TO —
INSIGHTS
Engineering Writing for Critical Programmes.
Practical writing on automotive cybersecurity, ISO/SAE 21434, UNECE R155/R156, functional safety, AUTOSAR, embedded software, avionics, IoT, digital engineering, and verification.
FAQ
Frequently Asked.
Bring Us Your System, Product, or Software Challenge.
We’ll help identify the engineering, safety, cybersecurity, software, validation, and delivery work needed to move it forward.