Capabilities
What we are actually good at, described precisely.
No capability matrix with fifty logos. Four disciplines, the specific work we do inside each, and the technologies we are genuinely fluent in — so you can judge fit before the first call.
Systems & Software Architecture
Distributed systems designed to survive contact with production — and with the next five years of change.
- Architecture definition and technical due diligence
- Monolith decomposition and service boundary design
- Event-driven and streaming platform design
- API design, versioning and contract governance
- Consistency models and partition behaviour
- Idempotency and exactly-once semantics
Embedded Systems & Firmware
Firmware and embedded Linux for products that ship, run unattended for years, and update safely in the field.
- Board bring-up and hardware/software integration
- Bare-metal and RTOS firmware development
- Embedded Linux BSPs, Yocto layers and kernel drivers
- Secure boot, chain of trust and OTA update design
- Deterministic real-time scheduling and jitter budgets
- Secure boot chains, TrustZone and PSA
Networking, Datacom & Telecom
Carrier and data-centre networking from the packet up — control plane, data plane, and the software that operates both.
- Network architecture for data centre, campus and carrier edge
- Routing and switching design, migration and convergence tuning
- Data-plane development and packet processing optimisation
- Network automation, telemetry and closed-loop assurance
- Sub-second convergence and BFD timing
- ECMP hashing and flow entropy
Platform, DevOps & Reliability
The delivery path and the runtime beneath it — automated, observable, reproducible, and boring in the best sense.
- Kubernetes platform design and hardening
- GitOps delivery pipelines and progressive rollout
- Infrastructure as code and environment reproducibility
- Observability: metrics, logs, traces and SLOs
- SLOs, error budgets and burn-rate alerting
- Progressive delivery and automated rollback
Technology matrix
The tools, in full
Listed because you should be able to check. If something is on this list we have worked with it in anger; if it is missing, ask — adjacent experience often transfers, and we will tell you plainly when it does not.
- Languages
- GoRustCC++PythonJavaTypeScript
- Messaging & streaming
- KafkaNATS / JetStreamRabbitMQMQTTgRPC streaming
- Data
- PostgreSQLRedisClickHouseTimescaleDBSQLiteS3-compatible object stores
- Interfaces
- gRPC / ProtobufREST + OpenAPIGraphQLNETCONF / YANGAsyncAPI
- Method
- C4 modelDomain-driven designADRsFitness functionsThreat modelling
- Silicon
- ARM Cortex-MARM Cortex-ARISC-VSTM32NXP i.MXTI SitaraNordic nRFESP32
- Runtime
- Bare metalFreeRTOSZephyrThreadXEmbedded LinuxPREEMPT_RT
- Build & boot
- Yocto / OpenEmbeddedBuildrootU-BootDevice TreeCMakeGCC / LLVM cross toolchains
- Buses & interfaces
- I²CSPIUARTCAN / CAN-FDUSBPCIeMIPIEthernet MAC/PHYSDIO
- Connectivity
- BLEWi-FiLoRaWANThread / MatterModbusOPC-UAMQTT-SN
- Instruments
- JTAG / SWDLogic analyserOscilloscopeProtocol analyserPower profiler
- Routing & switching
- BGPOSPFIS-ISMPLSSegment Routing (SR-MPLS, SRv6)EVPN-VXLANVRFRSVP-TE
- Layer 2 & transport
- IEEE 802.1QRSTP / MSTPLACPLLDPQinQIEEE 1588v2 PTPSyncE
- Telecom
- 5G Core (AMF / SMF / UPF)O-RAN & 7.2x spliteCPRI fronthaulGTP-UPFCPIMS / SIPDiameterGPON / XGS-PONBNGRADIUS
- Data plane
- DPDKVPPeBPF / XDPP4SR-IOVSONiCLinux netfilter & tc
- Management
- NETCONF / YANGgNMI & gRPC telemetryOpenConfigRESTCONFSNMPNetconf-over-SSH
- Test & analysis
- Wireshark / tsharkTRexiPerf3ScapyRFC 2544 / Y.1564 methodologyTraffic generators
- Orchestration
- KubernetescontainerdDockerHelmKustomizeCiliumIstio
- Delivery
- Argo CDFluxGitHub ActionsGitLab CIJenkinsArgo Rollouts
- Infrastructure as code
- Terraform / OpenTofuAnsiblePackerCloud-initPulumi
- Observability
- OpenTelemetryPrometheusGrafanaLokiTempoAlertmanager
- Security & supply chain
- HashiCorp VaultSOPSSBOM (CycloneDX / SPDX)Sigstore / cosignSLSA provenanceTrivy
Start here
Not sure which of these your problem is?
That is a normal place to start. Describe the symptom — the latency you cannot explain, the device that fails in the field, the release that takes three weeks — and we will tell you which layer it lives in.
Typical reply within one business day · IST (UTC+5:30)