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A 5-day engagement that maps your data, surfaces high-ROI AI candidates, and recommends a pilot — fixed price.

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Founder
Rohit Wakode — Founder & Director

B.Tech IIT Bombay · LLB GLC Mumbai. Building intelligent enterprise systems in India since 2014.

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Solution · 12

SpaceTech

Ground systems, telemetry pipelines, and mission-control software for space-bound payloads.

TelemetryMCSOpsAnomaly AI

Aerospace-grade engineering doesn’t have to mean aerospace-grade procurement timelines. We build the ground-side software — telemetry, mission control, and anomaly detection — that keeps space-bound systems healthy.

From TT&C and pass scheduling to high-throughput payload-data ingest, we engineer the pipelines and control software that turn raw downlink into decisions.

WhatGround systems, telemetry pipelines, and mission-control software.
Best forSatellite operators, launch, and space-data ventures.
RunsGround infrastructure; high-throughput data pipelines.
Time to valueMission-specific scoping.
01 — Capabilities

What we build.

Specific, production-grade capability — not a feature checklist.

/ 01

Telemetry pipelines

High-throughput ingest and processing of TT&C and payload data streams.

/ 02

Mission control

Pass planning, command sequencing, and operator dashboards.

/ 03

Anomaly detection

ML on telemetry streams to flag faults before they become failures.

/ 04

Ground-station ops

Scheduling and automation across station networks.

/ 05

Downstream data

Pipelines that turn payload downlink into science / commercial products.

/ 06

Reliability

Engineered for the uptime and traceability mission ops demand.

02 — How it works

From your problem to production.

01

Scope the mission

02

Build the ground stack

03

Add anomaly AI

04

Operate

STEP 01

Scope the mission

We define telemetry, command, and data-flow requirements with your ops team.

STEP 02

Build the ground stack

Telemetry ingest, mission-control software, and operator tooling.

STEP 03

Add anomaly AI

ML on telemetry surfaces anomalies early, with runbooks for response.

STEP 04

Operate

Reliable, traceable operation across passes and the station network.

03 — Where it pays

Use cases.

Satellite TT&CTelemetry processingMission-control softwareAnomaly detectionGround-station schedulingDownstream data pipelines
04 — Engineering

Stack & standards.

Ground
TT&C
Pass scheduling
Command sequencing
Data
High-throughput ingest
Stream processing
Science pipelines
AI
Telemetry anomaly detection
Predictive fault models
05 — Outcomes

What good looks like.

Faster
Build vs procure
Modern engineering pace for ground software.
Earlier
Fault detection
Anomalies caught before failure.
Traceable
Ops-grade
Reliability mission ops require.
06 — Questions

Answers, before you ask.

Do you build flight software?
We focus on the ground segment — telemetry, mission control, anomaly detection, and downstream data — where modern software engineering adds the most value fastest.
Can you handle our data volumes?
Yes — we engineer high-throughput ingest and stream processing designed for payload-scale downlink.
How do you detect anomalies?
We apply ML to live telemetry to flag deviations early, paired with runbooks so operators know how to respond.
Ready when you are

Put SpaceTech into production.

Start with a fixed-price 5-day Readiness Assessment or a 6-week pilot. Senior engineers, measurable evals, and a system you own on handover.

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