If you cannot change the sender (e.g., a third-party sensor), make the receiver more tolerant:
The manifestations are many, but the causes fall into several distinct categories. the data packet with type-0x96- returned was misformatted
In packet-switched systems, each datagram must adhere to a predefined structure to ensure correct serialization and deserialization by receiving endpoints. The type field—often a single octet—indicates the payload’s format and processing rules. Type 0x96 (decimal 150) is defined in our internal protocol specification (ref. PROTO-SPEC-3.2.1) as a “Telemetry Heartbeat with Extended Metadata.” If you cannot change the sender (e
Expected structure for type 0x96:
| Offset | Field | Size (bytes) | Expected Value / Format |
|--------|----------------|--------------|--------------------------------|
| 0 | Type | 1 | 0x96 |
| 1 | Length | 2 | 0x00–0x400 (payload length)|
| 3 | Sequence | 4 | Monotonic integer |
| 7 | Timestamp (µs) | 8 | Unix microseconds |
| 15 | Payload | Variable | JSON or CBOR, null-terminated | Type 0x96 (decimal 150) is defined in our
During integration testing, a received packet bearing type 0x96 failed validation, triggering an alert: “Data packet with type-0x96- returned was misformatted.”