Edge & Embedded Systems
Microcontrollers, embedded Linux, and sensor stacks hardened for industry.
- STM32, ESP32, nRF
- i.MX, Jetson, Yocto
- Zephyr, FreeRTOS, Linux
This is the expertise we bring to each engagement. Capabilities are the ingredients; services are how you contract us to apply them within our Discover → Build → Scale methodology. Hardware R&D, embedded software, connectivity engineering, data pipelines, and operator workflows sit in one team.
How capabilities power services
Each service on /services is a contract-ready way to use these skills. Pick the problem; we bring the right mix of hardware, connectivity, cloud, and ops.
Technology stack
These are the platforms, chipsets, networks, and toolchains we deploy across edge hardware, connectivity, cloud, and operations. They are the raw ingredients behind each service.
Microcontrollers, embedded Linux, and sensor stacks hardened for industry.
Multi-bearer communications with failover from pit to cloud.
Data platforms that land edge telemetry into governed, observable systems.
Dashboards, workflows, and automation that keep fleets running.
01 > Discovery & Requirements Analysis
We start by understanding the real problem in its environment—sites, systems, people, and constraints—before proposing solutions or hardware.
Bring your own instruments, data, or existing suppliers. We plug our methodology into any environment.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
02 > Solution Design
We design the technical solution as one system—devices, connectivity, cloud, and integrations—so experiments de-risk the whole stack, not just one layer.
Physical layer
Layer 1Enclosures > Sensors > Power
Edge layer
Layer 2Firmware > Gateways > Diagnostics
Cloud & Apps
Layer 3Pipelines > Dashboards > Security
Diagram shows how physical, edge, and cloud layers handshake to maintain a single secured thread of telemetry.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
03 > Project Planning
We plan the work as a sequence of experiments and delivery phases, each with quality gates, risk treatments, and clear decision points.
Bring your own instruments, data, or existing suppliers. We plug our methodology into any environment.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
04 > Implementation & Deployment
We procure, configure, and install the solution—devices, connectivity, and software—using one integrated team that keeps design intent intact.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
05 > Testing & Commissioning
We verify that the system behaves as specified—from component and integration tests through to user acceptance—before it’s accepted into live use.
Reliability
> 99.9% uptime targets
Safety
Electrical + mechanical QA
Quality Metrics
Traceable QA matrices
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
06 > Training & Handover
We make sure the right people can operate and support the system through training, documentation, and structured handover.
Bring your own instruments, data, or existing suppliers. We plug our methodology into any environment.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
07 > Support & Maintenance
Once live, we monitor, maintain, and improve the system—using real-world performance to drive the next wave of R&D and upgrades.
Bring your own instruments, data, or existing suppliers. We plug our methodology into any environment.
This phase stays tethered to the same delivery methodology you see on our Services page so decision makers can trace every risk and quality gate.
Our delivery methodology ensures every SlashTech project - whether IoT deployment, workflow system, or custom R&D - is engineered for reliability, clarity, and continuous improvement.
Capability matrix
Use this matrix to understand what leaves each phase, the tooling involved, and how we hand over to your teams or ours.
| Capability | Deliverables | Tooling | Timeline | Hand-off |
|---|---|---|---|---|
| Discovery & Analysis | Requirements brief, site photos, feasibility memo, install risk log | RF + power diagnostics, lidar scans, workflow interviews | 1–2 weeks | Discovery sprint recommendations |
| Solution Design | Architecture pack, enclosure drawings, firmware plan, security posture | CAD, circuit sims, threat modelling, digital twins | 2–6 weeks | Design review + bill of materials |
| Project Planning | WBS, resource plan, procurement trackers, quality gates | Primavera/MSP, risk registers, QA templates | 1–2 weeks | Execution-ready schedule + gate checklist |
| Implementation | Built hardware, firmware images, install kits, integration docs | In-house lab, CI/CD, IaC, calibration rigs | 6–16 weeks | Field-ready assets + install briefs |
| Testing & Commissioning | Test reports, performance baselines, acceptance evidence | Load banks, telemetry dashboards, QA suites | Variable | Signed commissioning pack |
| Training & Support | Training sessions, handover videos, SLA dashboards | LMS, monitoring stack, Hermes preview | Variable/Ongoing | Operational runbooks + support cadence |
Need an end-to-end partner?
Book a 30-minute working session to map your current phase to the right engagement, or jump straight into Hermes to see how we operate fleets ourselves.