> IoT & Embedded Systems StrategyDe-Risk Your Connected Product. Launch with Confidence.
[PROTOCOL]: Building hardware is hard. Building connected hardware is a high-stakes balancing act. We align your hardware, firmware, and cloud strategy to prevent costly recalls and ensure scalable manufacturing.
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PROTOCOL: v5.0
[ HARDWARE_RISK_ANALYSIS ]
A Single Wrong Turn Can Cost Millions
Software bugs can be patched. Hardware mistakes are forever. Most IoT failures don't happen in the lab; they happen at scale. We help you avoid the silent killers of connected products.
The 'BOM Trap'
Designing a feature-rich device that is too expensive to manufacture at volume. Your BOM costs are eating into margins. You can't scale because components are too expensive or going EOL
[ FULL_STACK_IOT_FRAMEWORK ]
The "Full-Stack" IoT Framework
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PROTOCOL: v5.0
[ Hardware & Component Selection ]
The 'Foundation' - BOM Optimization
We optimize your Bill of Materials (BOM) for cost and longevity. We select the right microcontrollers (MCU) and sensors that balance power consumption with performance, ensuring you aren't sourcing parts that will go EOL (End-of-Life) next year.
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PROTOCOL: v5.0
[ Embedded Firmware Engineering ]
The 'Core' - Crash-Resistant Firmware
We write efficient, crash-resistant firmware (C/C++, Rust, RTOS). We prioritize low-power states to extend battery life and build robust 'Fail-Safe' OTA update loaders so you can patch remotely without fear.
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PROTOCOL: v5.0
[ Connectivity & Edge Computing ]
The 'Link' - Right Connectivity Strategy
Whether it's BLE, Zigbee, LTE-M, or NB-IoT, we design the right connectivity strategy. We implement Edge AI where necessary—processing data on the device to save bandwidth costs and reduce latency.
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PROTOCOL: v5.0
[ Cloud Infrastructure & Security ]
The 'Backend' - Scalable & Secure
We architect scalable backends (AWS IoT, Azure IoT Hub) that can ingest millions of messages. We implement 'Security by Design'—utilizing hardware roots of trust and mutual TLS (mTLS) authentication to lock down your fleet.
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:: Case Study: Smart Home Device Co.
"They caught a critical flaw in our OTA update process that would have bricked 10,000 units. Their architecture review saved our launch. The BOM optimization reduced our costs by 30%."
:: Case Study: Industrial IoT Company
"The connectivity strategy eliminated dead-zones. Our devices now have 99.9% uptime even in challenging cellular environments. The Edge AI implementation reduced our cloud costs by 40%."
:: Case Study: Medical Device Startup
"The Security by Design approach passed our regulatory audit on the first try. The DFM/DFT assistance ensured we could manufacture at scale with high yield rates. Zero security breaches in deployed fleet."
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The IoT Advantage
Why Gravitonic instead of generic hardware consultants? We provide Full-Stack IoT expertise—hardware, firmware, connectivity, and cloud. We prevent costly recalls and ensure scalable manufacturing.
Security by Design
VERIFIEDWe follow the 'Defense in Depth' principle. Security at hardware level (Secure Element/TPM), firmware level (Signed Images), transport level (TLS 1.3), and cloud level (RBAC). We treat every device as a potential attack vector.
Fail-Safe OTA Updates
LIVEWe build robust Fail-Safe OTA update loaders with dual-bank firmware architecture. If an update fails, the device automatically rolls back to the previous working version. Staged rollouts prevent fleet-wide issues.
BOM Optimization
VERIFIEDWe optimize your Bill of Materials for cost and longevity. We select the right MCUs and sensors that balance power consumption with performance, ensuring you aren't sourcing parts that will go EOL next year.
DFM/DFT Manufacturing Support
LIVEWe bridge the gap between engineering and the factory. We assist with Design for Manufacturing (DFM) and Design for Test (DFT) to ensure your product can be mass-produced with high yield rates.
[ IOT_OPTIONS ]
Four-Layer Framework
Hardware & Component Selection (Foundation). Embedded Firmware Engineering (Core). Connectivity & Edge Computing (Link). Cloud Infrastructure & Security (Backend).
Core Promise
We handle the full-stack IoT architecture. You just launch with confidence.
[ VELOCITY_AXIS ]
Week 1 to Confident Launch
Week 1-2
Architecture Review & BOM Optimization
Week 3-5
Embedded Firmware Engineering
Week 6-8
Connectivity & Edge Computing
Week 9-10
Cloud Infrastructure & Security
[ FINANCIAL_EQUITY ]
IoT Strategy vs. Costly Recalls
Direct financial comparison: Strategic IoT architecture prevents costly recalls, optimizes BOM costs, and ensures scalable manufacturing. A calculated path to confident launch, not expensive mistakes.
ROI Predictor
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IoT Strategy Pricing
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IoT & Embedded Systems Strategy Intelligence
Deep dives into IoT architecture, BOM optimization, security by design, OTA updates, and manufacturing scalability.
A Single Wrong Turn Can Cost Millions
Defense in Depth: IoT Security by Design
From PoC to Production: DFM/DFT for Scalable Manufacturing
[ FREQUENTLY_ASKED ]
IoT & Embedded Systems Strategy Questions
Common questions about when to bring in an IoT consultant, security handling, manufacturing support, differences between IoT and Embedded Systems Strategy, and preventing device bricking.
Don't Let Hardware Be
'Hard.'
Let's validate your architecture before you cut the first mold.