Precision Engineering, Powered by 9 Pillars of Excellence.
P9e Microsystems keeps electronics, embedded firmware, control and software on a single bench — and turns that into products: Tejas for deterministic governance, Kavacha for zero-trust identity, Samavāya for enterprise operations. Aerospace, agriculture and energy sit under the group as separate companies.
- Group companies
- 3
- Shared platforms
- 13
- Engineers trained
- 10,000+
- Infrastructure operations
- 24×7
We believe in Excellence through Perfection, Expertise through Proficiency, and Efficiency through Productivity.
Our Effectiveness drives Performance, and our Evolution fuels Progress.
Through Empowerment and Partnership, guided by Ethics and Principles, sustained by Endurance and Persistence, and grounded in Empathy and Purpose — we engineer intelligence that matters.
Determinism first.
A multirotor is aerodynamically unstable. It stays in the air only because a control loop closes on time, every time. Miss a deadline and it does not degrade gracefully — it falls.
That is the discipline we build everything to. Bounded latency, reproducible behaviour, and a documented response to every failure — in flight firmware, in plant control, in the platforms our divisions share. It is a harder engineering standard than 'usually fast enough', and it is the reason the same bench can serve an airframe, a substation and a farm.
Bounded, not average
We specify worst-case timing, not typical timing. A system that meets its deadline 99.9% of the time has an undefined failure mode.
Reproducible by construction
The same inputs produce the same outputs, so a fault can be replayed, understood and fixed rather than guessed at.
Fail into a known state
Safe mode on a satellite, return-to-home on an aircraft, a fail-safe open contactor on a battery pack. The same idea, three altitudes.
Why the deadline is the specification
Both systems are fast on average. Only one of them is correct. In a control loop the deadline is not a performance target — it is the boundary between working and failing, and a system that meets it 'almost always' has an undefined failure mode.
Tejasतेजस्
A deterministic governance layer that any system can embed. It does not make a model deterministic — it makes the run around the model reproducible, provable and explainable, so the decision holds up when someone asks why.
- TejasBounded execution
- DhruvaState fingerprinting
- SiddhantaCryptographic attestation
- DristiDeterministic rendering
Three products, one argument.
A system that controls something real has to be reproducible, has to know who is asking, and has to be able to undo what it half-finished. Each of those is a product — sold to customers, and embedded in everything we ship.
Tejas
तेजस्Deterministic governance
A deterministic governance layer that any system can embed — bounding execution, freezing state, attesting cryptographically, and rendering output that holds up in an audit.
Read moreKavacha
कवचZero-trust identity
A self-hosted zero-trust IAM platform written in Rust: humans over OIDC and WebAuthn, devices over mTLS, services over SPIFFE, with policy-based authorisation and post-quantum hybrid cryptography.
Read moreSamavāya
समवायEnterprise resource planning
A distributed ERP built on the saga pattern — 99 business sagas across sales, purchase, inventory, manufacturing, finance, HR and projects, every one with compensation defined for when a step fails.
Read moreThirteen platforms, built once, reused everywhere.
A firmware update path, a device fleet, a simulation rig, an interface contract. Engineered once to the group standard, then inherited by every company and division — which is the reason several deep-tech units can run on one bench.
Six units. One bench underneath all of them.
Three separately branded companies with their own markets, and three divisions under the P9e name. What they share is not a logo — it is the electronics, firmware, control and software capability that would be uneconomic for any one of them to carry alone.
Vyovrinda
Aerospace & Unmanned Systems
The group's aerospace company — multirotor and fixed-wing UAS, hybrid VTOL, stratospheric platforms, airships, satellites and the ground segment that flies them all.
Visit VyovrindaSasyaveda
Agricultural Technology
Precision agriculture and automated farming systems — field sensing, irrigation and fertigation control, and the agronomy layer that turns readings into a schedule.
Visit SasyavedaSavithru
Solar & Energy Systems
The group's consolidated energy company — solar generation and plant monitoring, battery management systems, storage integration and power electronics.
Visit SavithruShared, or stewarded — the ownership test
Built once for everyone, or one unit's product that another is buying? The first is a shared platform, funded centrally. The second is stewarded by the unit that knows the domain and licensed across the group. Stewardship is not ownership.
What the bench actually does.
Software, infrastructure, control systems and electronics under one roof — which is why the hand-offs between them stop being the risky part of a project.
- Software engineering
Enterprise Applications
Line-of-business platforms, integrations and modernisation programmes for organisations that run on custom software.
Read more - Managed operations
Data Centre & Infrastructure
Design, build and day-two operation of on-premise, colocated and hybrid-cloud infrastructure.
Read more - Operational technology
SCADA & Industrial Automation
PLC, SCADA and telemetry systems for plants, utilities and distributed field assets.
Read more - Hardware engineering
Embedded Systems & Electronics
Board bring-up, firmware and production engineering for products that have to survive the field.
Read more - Platform engineering
Cloud & DevOps
Landing zones, CI/CD, Kubernetes platforms and the operational discipline to run them.
Read more - Device to dashboard
IoT & Connected Systems
Fleets of connected devices, the gateways they talk through and the platform that makes their data useful.
Read more
Engineering discipline, not enthusiasm.
The same four gates apply whether we are shipping a web platform, commissioning a pumping station or qualifying a flight controller.
- Gate 01
Understand the constraint
The shutdown window, the certification date, the power budget, the system nobody can switch off.
- Gate 02
Engineer to a spec
Requirements, interfaces and acceptance criteria agreed before build. Design reviews at defined gates.
- Gate 03
Prove it before it ships
FAT, environmental qualification, restore drills, load tests — evidence rather than assurance.
- Gate 04
Stay for day two
Commissioning, operator training, documentation and a support agreement that outlives the project.
Which practice serves which sector.
Read across a row to see where a practice is already running; read down a column to see how many of our disciplines a sector usually needs at once.
| Practice | Manufacturing | Power & utilities | Water | Agriculture | Aerospace | Logistics | BFSI | Public sector |
|---|---|---|---|---|---|---|---|---|
| Enterprise applications | Enterprise applications serves Manufacturing | Enterprise applications serves Power & utilities | Enterprise applications does not currently serve Water | Enterprise applications does not currently serve Agriculture | Enterprise applications does not currently serve Aerospace | Enterprise applications serves Logistics | Enterprise applications serves BFSI | Enterprise applications serves Public sector |
| Data centre & infrastructure | Data centre & infrastructure serves Manufacturing | Data centre & infrastructure serves Power & utilities | Data centre & infrastructure does not currently serve Water | Data centre & infrastructure does not currently serve Agriculture | Data centre & infrastructure does not currently serve Aerospace | Data centre & infrastructure serves Logistics | Data centre & infrastructure serves BFSI | Data centre & infrastructure serves Public sector |
| SCADA & industrial automation | SCADA & industrial automation serves Manufacturing | SCADA & industrial automation serves Power & utilities | SCADA & industrial automation serves Water | SCADA & industrial automation serves Agriculture | SCADA & industrial automation does not currently serve Aerospace | SCADA & industrial automation does not currently serve Logistics | SCADA & industrial automation does not currently serve BFSI | SCADA & industrial automation does not currently serve Public sector |
| Embedded & electronics | Embedded & electronics serves Manufacturing | Embedded & electronics serves Power & utilities | Embedded & electronics does not currently serve Water | Embedded & electronics serves Agriculture | Embedded & electronics serves Aerospace | Embedded & electronics does not currently serve Logistics | Embedded & electronics does not currently serve BFSI | Embedded & electronics does not currently serve Public sector |
| Cloud & DevOps | Cloud & DevOps serves Manufacturing | Cloud & DevOps does not currently serve Power & utilities | Cloud & DevOps does not currently serve Water | Cloud & DevOps does not currently serve Agriculture | Cloud & DevOps does not currently serve Aerospace | Cloud & DevOps serves Logistics | Cloud & DevOps serves BFSI | Cloud & DevOps serves Public sector |
| IoT & connected systems | IoT & connected systems serves Manufacturing | IoT & connected systems serves Power & utilities | IoT & connected systems serves Water | IoT & connected systems serves Agriculture | IoT & connected systems does not currently serve Aerospace | IoT & connected systems serves Logistics | IoT & connected systems does not currently serve BFSI | IoT & connected systems does not currently serve Public sector |
Tell us what you are building.
Send an outline of the problem and we will come back with the engineers who would actually work on it.