# DaemonicError — Project Policy
## 1. Usage Policy and Responsible Application
DaemonicError is a systems programming library that provides
forensic-grade error handling, observation, and system integrity
tools. Like any powerful diagnostic tool, it reveals the behavior
of systems it interacts with. This capability is intrinsic to its
purpose.
### Intent Over Output
DaemonicError does not distinguish between constructive and
destructive applications at the code level. A hammer drives
nails and breaks windows with identical mechanics. TNT was
created for mining and is still used today for sculpting
mountains. The tool does not determine the ethics of its
application — the wielder does.
The DaemonicError project does not knowingly provide assistance,
support, or guidance for the development of malicious software,
unauthorized access tools, or weaponized exploits. This is a
measure of intent, not output.
### Adversarial Testing Encouraged
Red team and blue team testing — both WITH and AGAINST
Daemonic-integrated systems — is explicitly encouraged.
Adversarial testing ensures recursive stability and strengthens
the system for all users.
This encouragement extends to:
- Fuzzing DaemonicError itself for vulnerabilities
- Building adversarial test harnesses for Daemonic-integrated code
- Probing the Glass observation system for blind spots
- Stress-testing the axiom constraints for edge cases
- Competitive analysis against alternative error handling approaches
This encouragement is bounded by the spirit of the Faustian
contract: test to improve, not to destroy. Research to understand,
not to exploit. The distinction is intent, which the Glass
observation chain documents clearly enough to be verifiable.
### What Is NOT Covered
Tools, exploits, or malicious logic built using DaemonicError
as a component are the sole responsibility of their authors.
The DaemonicError project, its maintainer, and its contributors:
- Do not endorse malicious applications
- Do not provide support for weaponization
- Do not accept liability for damages caused by third-party
tools that incorporate DaemonicError
- Will cooperate with legitimate legal processes when presented
with valid jurisdiction-appropriate orders
The Apache 2.0 license governs the software itself. This policy
governs the project's relationship with its community.
---
## 2. Fork Policy and Lattice Integrity
### The Canonical Lattice
The DaemonicError trait lattice is identified by its lattice
checksum — a compile-time hash derived from the complete trait
hierarchy structure. The canonical checksum is published with
each release.
Any crate or binary whose lattice checksum matches the canonical
checksum is running canonical DaemonicError. Any crate or binary
whose checksum differs is running a fork or modified version.
### Fork Rights
DaemonicError is distributed under the Apache 2.0 license.
Forking is explicitly permitted by the license. The right to fork,
modify, and distribute is irrevocable under the license terms.
**You may fork DaemonicError.** You have the maintainer's
genuine blessing to explore, modify, and build upon this work.
### Fork Boundaries
A fork with a different lattice checksum is a DIFFERENT PROJECT
with different behavioral guarantees. Specifically:
**The canonical DaemonicError project does not provide for forks:**
- Technical support or troubleshooting
- Compatibility guarantees with canonical DaemonicError
- Security vulnerability assessment or patching
- Any representation that fork behavior matches canonical behavior
- Defense against third-party claims related to fork behavior
**Contributions from forks** are welcome but require:
- Full chain history documenting what anchors changed and why
- Justification for any checksum-altering modifications
- Demonstration that the modification maintains axiom compliance
This is not exclusion. This is integrity preservation. The
canonical lattice guarantees specific behavioral properties
through its axiom-constrained trait hierarchy. Modifications that
alter the hierarchy alter the guarantees. The project cannot
vouch for guarantees it did not create.
### Attribution Clarity
Bugs, vulnerabilities, unexpected behaviors, or damages arising
from forks whose lattice checksum does not match canonical
CANNOT be attributed to DaemonicError canonical.
If a Glass observation's chain includes checksums that do not
match the canonical lattice, that observation was produced by
modified logic. Modified logic is the modifier's responsibility.
The maintainer (Meph / Mephistopheles) and the Faustian projects
will never pursue intellectual property claims, damages, or
liabilities against derivative works. Fork and you are on your
own. You have my blessing, but not my protection.
---
## 3. Observation Guarantees and Defined Behavior
### The Core Guarantee
**If an `Observation<T>` was successfully constructed, then the
observation succeeded at the Daemonic layer.**
Construction of an Observation IS evidence of successful
observation. The payload, severity, position, and annotation
are all valid at the moment of construction. The Observation
struct is the receipt.
This guarantee is enforced by the Glass state contracts:
- **Stable** observations GUARANTEE a payload is present
- **Shattered** observations GUARANTEE no payload is present
- **All other** severities document the specific nature and
degree of degradation between these extremes
### What Is Guaranteed
- **Type safety:** All observations are type-known at compile time.
The Rust type system enforces this. DaemonicError does not
introduce type ambiguity.
- **Severity accuracy:** The severity assigned to an observation
reflects the Daemonic layer's assessment of the operation.
Stable means the operation completed as contracted. Non-stable
means it did not, with the specific severity indicating how
and to what degree.
- **Chain integrity:** Observation chains are tamper-evident.
Each link incorporates the prior link's hash. Modifying
any link invalidates all subsequent links. The chain
cannot be silently altered.
- **Axiom compliance:** All observations produced by canonical
DaemonicError comply with the 13 axioms. The axioms are
structural constraints, not behavioral suggestions. Violations
are architectural failures, not policy infractions.
### What Is NOT Guaranteed
- **Semantic meaning:** DaemonicError observes and classifies.
It does not interpret. An Observation<u8> with Severity::Stable
tells you "this u8 was successfully observed." It does not tell
you what the u8 MEANS in your application context. Meaning is
the implementor's responsibility.
- **Application correctness:** DaemonicError guarantees that its
OWN operations succeed. It does not guarantee that YOUR logic
is correct. A perfectly healthy Observation can contain a value
that is semantically wrong for your use case. The Glass observes
faithfully. Faithful observation of incorrect logic produces
faithfully incorrect observations.
- **Exhaustive error coverage:** DaemonicError handles errors
that pass through its interfaces. Errors that bypass the Glass
(raw unsafe code, FFI boundaries, inline assembly outside
DaemonicSystemCall) are outside the observation boundary.
What the Glass doesn't see, the Glass can't report.
### Undefined Behavior in Daemonic Context
Rust defines Undefined Behavior (UB) as violations of memory
safety guarantees — dangling pointers, data races, invalid
references. DaemonicError does NOT redefine Rust's UB. All of
Rust's memory safety guarantees apply unchanged.
DaemonicError defines an ADDITIONAL category of impermissible
behavior specific to the Daemonic system:
**Self-Starting Symbolic Recursion** — observation chains that
reference themselves without a termination condition. An
observation that observes its own observation indefinitely is
analogous to a stack overflow but at the symbolic level. This
is prevented by the entropy termination protocol (seven
consecutive identical observations terminate the chain) and
by the severity system (recursive observation degrades severity
until the chain naturally halts).
**Emergent behavior from composition** is explicitly PERMITTED
and expected. Composing two Stable observations may produce a
Cracked result if the composition reveals an inconsistency
between them. This is not a bug. This is the composition algebra
working correctly. The grade of the composed observation is
determined by the weakest link in the composition chain.
### The Implementor's Responsibility
DaemonicError provides:
- Observation with severity classification
- Chain integrity with tamper evidence
- Topology anchoring with position tracking
- A comprehensive vocabulary for describing system state
DaemonicError does not provide:
- Decisions about what constitutes an error in your domain
- Judgments about whether a severity is appropriate for your context
- Guarantees about logic that exists outside the Glass boundary
The developer implementing DaemonicError decides what a value,
state, or error return means in context. The Glass presents the
observation. The developer assigns the meaning. Meaning is
inherently unresolved until someone resolves it. This is not a
limitation. This is the design.
### Data Observation and Privacy
DaemonicError observes program state and code execution paths.
The Glass reflects whatever is placed in front of it — this
includes user data if user data enters the Glass boundary.
**What DaemonicError guarantees:**
DaemonicError does not autonomously collect, store, or transmit
data outside the process boundary. No telemetry, no upstream
reporting, no centralized coordination, no network transmissions
of any kind unless the implementor explicitly constructs one.
If data leaves the process, the implementor built the exit.
The Glass reflects the exit, naturally.
**Opaque Glass for sensitive data:**
DaemonicError provides the Opaque Glass state for handling
sensitive observations. Opaque Glass restricts observation
access to authorized observers holding derived keys. The
contents of an Opaque Glass cannot be inspected without
authorization.
The seal on Opaque Glass is guaranteed by the author. If the
Opaque Glass mechanism fails to protect its contents — if
observation data leaks through a flaw in the opacity
implementation — that is a bug in DaemonicError and the
author accepts responsibility for remediation.
**Implementor obligations under Axiom 9:**
Axiom 9 (Observer Privacy) establishes that internal
observations of an observer are private unless explicitly
shared. Personal data, credentials, sensitive state, and
any information pertaining to natural persons SHOULD be
placed behind Opaque Glass states by the implementor.
An implementor who places personal data under Clear Glass
(observable by any authorized position in the lattice) has
made a design choice that is inconsistent with Axiom 9.
DaemonicError provides the privacy mechanism. Using it is
the implementor's responsibility.
**Surveillance applications:**
The Glass observation system could theoretically be used to
construct surveillance tools. This is explicitly not a
sanctioned use of Daemonic logic under the project's usage
policy. Diagnostic observation of system behavior for
debugging, testing, and integrity verification is the
intended use. Observation of natural persons' behavior,
communications, or personal data without their informed
consent is a violation of Axiom 9 and falls outside the
scope of responsible use as defined in this project's
policies.
---
*DaemonicError Project*
*Author: Meph (Mephistopheles)*
*License: Apache 2.0*