Sample Polyaxis Profile

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All dimensions · 8 of 18

Technology Orientation

Technology Orientation+43%
Tech-CautiousModerate Tech-AccelerativeTech-Accelerative

Your answers show a mild lean toward Tech-Accelerative.

96% of this axis's items answered (19 of 20) · high confidence

Principles (conceptual)

+70%

Practical choices (applied)

+35%

Register gap

35%

Question-level evidence

Strongest pulls toward Tech-Cautious

  • Government should build and operate a national advanced-computing utility so access to powerful AI is not controlled by a few private firms. In other words, the government would own or operate large computing systems and allocate access under public rules instead of leaving the most powerful AI infrastructure to a few private companies.Disagree

Strongest pulls toward Tech-Accelerative

  • Private firms should be free to deploy labor-saving automation once safety standards are met, without job-preservation quotas or public ownership requirements. In other words, job-preservation quotas require firms to retain a specified amount of human labor despite available automation.Strongly Agree
  • New technologies should face strong precaution when their harms could be irreversible. In other words, society should be very cautious before using a technology that could cause permanent harm.Strongly Disagree
  • Society should accept some disruption and uncertainty to gain the long-term benefits of innovation. In other words, society should tolerate some short-term disruption and risk to obtain larger future benefits from innovation.Strongly Agree

19 answered (3 neutral) · 1 not sure

Show conceptual answers (5)

New technologies should face strong precaution when their harms could be irreversible. In other words, society should be very cautious before using a technology that could cause permanent harm.

Strongly Disagree

Resilience and human control are often more important than maximum technological efficiency. In other words, systems that remain safe and controllable during failure can matter more than getting the greatest efficiency.

Disagree

Innovation should generally proceed unless there is clear evidence of serious harm. In other words, new technology should usually be allowed unless strong evidence shows it is seriously dangerous.

Agree

Technological progress can solve constraints that political redistribution alone cannot. In other words, innovation can create more resources or capabilities instead of only redistributing what already exists.

Agree

Society should accept some disruption and uncertainty to gain the long-term benefits of innovation. In other words, society should tolerate some short-term disruption and risk to obtain larger future benefits from innovation.

Strongly Agree
Show practical answers (14)

Heritable editing of human embryos should remain prohibited until safety, consent across generations, and governance problems are substantially resolved. In other words, changes to an embryo's DNA could pass to later generations, so deployment would wait until safety and governance questions are much more settled.

Disagree

Critical infrastructure should retain manual and offline backups even when full automation would be cheaper and more efficient. In other words, offline and manual backups reduce dependence on connected automated systems during cyberattack or system failure.

Disagree

Routine police use of facial recognition in public spaces should be prohibited until accuracy, bias, and abuse risks are demonstrably controlled. In other words, facial-recognition systems compare images to stored templates and can produce false matches that vary across populations.

Disagree

Large outdoor geoengineering experiments should require approval from a treaty-based international body and strong evidence that any harm can be reversed. In other words, countries participating in a formal international agreement would have to approve the experiment before it could alter shared climate systems.

Neither / balanced

Cities should deploy autonomous buses once independent evidence shows they are safer than human-driven fleets. In other words, autonomous buses operate without a human driver but may still use remote supervision and defined routes.

Agree

Gene-edited crops should be approved when they pass the same evidence-based safety standards as conventionally bred crops. In other words, gene editing changes selected DNA sequences and differs from adding genes from unrelated organisms.

Agree

Nuclear power should be expanded when modern designs can meet transparent safety and waste-management requirements. In other words, nuclear expansion can include existing reactor life extension, new large reactors, or smaller modular designs.

Agree

Clinicians should be allowed to use validated AI diagnostic systems with human oversight rather than wait for decades of additional experience. In other words, a diagnostic AI estimates conditions from clinical data; human oversight retains a professional responsible for the final decision.

Agree

Government should restrict automated systems that reproduce traditional gender and family assumptions, even if doing so slows deployment of useful AI. In other words, government would slow or limit an automated system when testing shows that it carries traditional assumptions about gender or family into important decisions.

Disagree

Heritable gene editing should remain prohibited because altering future persons crosses a moral boundary even if it could prevent serious disease. In other words, heritable changes can affect descendants who cannot consent to the intervention.

Disagree

Private firms should be free to deploy labor-saving automation once safety standards are met, without job-preservation quotas or public ownership requirements. In other words, job-preservation quotas require firms to retain a specified amount of human labor despite available automation.

Strongly Agree

Government should build and operate a national advanced-computing utility so access to powerful AI is not controlled by a few private firms. In other words, the government would own or operate large computing systems and allocate access under public rules instead of leaving the most powerful AI infrastructure to a few private companies.

Disagree

Implantable brain-computer interfaces for elective cognitive enhancement should remain prohibited until long-term neurological and security risks are well understood. In other words, people should not yet receive implanted devices merely to improve memory or mental performance when the lasting risks remain uncertain.

Neither / balanced

Adults should be allowed to use nonheritable gene editing to enhance traits such as strength, endurance, or resistance to disease once safety is established. In other words, regulated biotechnology should be available not only to treat illness but also to improve healthy adult capabilities.

Neither / balanced
Show not-sure answers (1)
Some technologies create risks that society cannot responsibly manage after deployment. In other words, some technologies may be too dangerous to release because their risks cannot be controlled afterward.— excluded from scoring

When Technology Orientation collides with other values:

At stake: Tech-Accelerative (Technology Orientation) — colliding with Economic Coordination(2 of 2 probes answered)a choice ran against stated ideals

Tech-Accelerative won against State-Directed (Economic Coordination) but lost to Market-Directed (Economic Coordination) — the framing decided.

cross-pressured
At stake: Tech-Cautious (Technology Orientation) — colliding with Ecological Moral Standing(2 of 2 probes answered)

Tech-Cautious won against Anthropocentric (Ecological Moral Standing) but lost to Ecocentric (Ecological Moral Standing) — the framing decided.

cross-pressured
At stake: Moral Contextualist (Moral Objectivity) — colliding with Technology Orientation(2 of 2 probes answered)a choice ran against stated ideals

Moral Contextualist survived both framings (vs Tech-Accelerative (Technology Orientation) and Tech-Cautious (Technology Orientation)).

consistently protected

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