I found a backdoor into my bed

Remote SSH Backdoor & Security Concerns

• Commenters are alarmed that each bed appears to have an authorized SSH key and a hardcoded endpoint, implying vendor engineers can log in and run arbitrary code on devices inside private homes.
• This is framed as worse than normal app updates: access is real-time, likely per-device, and may lack audit trails, enabling quiet network probing or data exfiltration.
• Others note that many embedded Linux products do similar things; this is painted as endemic to IoT rather than a one-off.

Cloud Dependence, Subscriptions, and Business Model

• Many see the core problem as a “hardware-as-a-service” model: $2k+ hardware, $19/month for features, and failure when the internet is down.
• Several argue all functionality could be done locally (on-device, via Bluetooth, or via a small bedside controller); cloud is used to justify subscriptions and data collection, not because it’s technically required.
• Some defend value-based pricing: if people with severe sleep issues get major benefit, they may rationally accept the cost and lock-in.

Privacy, Data Collection, and CEO Behavior

• Users highlight that the bed can infer when you’re in bed, with whom, and when the bed is empty at night; this is seen as especially sensitive data.
• A CEO tweet about aggregate city sleep data is widely perceived as creepy and emblematic of cavalier attitudes toward customer data.
• Concerns extend to insider abuse, ex-partners at the company, and eventual data breaches exposing intimate behavioral patterns.

User Experiences: Transformative vs Terrible

• Some owners say temperature control profoundly improved their sleep (e.g., handling apnea, night sweats, different partner preferences) and are unwilling to give it up despite privacy and subscription issues.
• Others report worse sleep due to noise, uncomfortable covers, or temperature swings, plus evidence of heavy data streaming.

DIY and Competing Products

• Aquarium chillers plus water-based mattress covers are praised as a cheap, offline alternative; discussion focuses on whether thermoelectric units can move enough heat.
• Alternative products (ChiliPad/Sleep.me, BedJet, simple cold/heat pads) are mentioned; they’re often less “slick” but don’t require always-online cloud control or subscriptions.
• Some fantasize about aftermarket “de-IoT” control boards (ESP32/ESPHome) or standardized pinouts to replace vendor logic.

Debate Over Technical Claims

• A minority challenges the article’s rigor: pointing out it didn’t verify an SSH server is actually running or reachable through NAT, and that the presence of keys/configs doesn’t prove blanket engineer access.
• Others reply that even the potential for reverse shells or blanket keys in production firmware is serious and newsworthy.

Wider IoT & Regulatory Themes

• Many generalize this to a pattern: cloud-only devices that brick when servers die, subscriptions retrofitted post-sale, and opaque software consumers can’t realistically audit.
• Proposed mitigations: strict VLANs/guest networks for IoT, consumer labeling about offline functionality, and stronger privacy/security regulation (likened to medical devices or children’s products).
• There’s disagreement over blame: “the market” and affluent buyers vs. executives and compliant engineers; most agree consumer choice alone won’t fix systemic incentives.

Sleep Problems and Low-Tech Aids

• Several note that non-connected solutions (latex or spring mattresses, white noise machines, AC/airflow tweaks, hot-water bottles, lifestyle and medical interventions) often give big improvements without surveillance or lock-in.